title: Сабақтың түрі бойынша таралуы Модулдің (курстың) мақсаты, міндеттері, қысқа мазмұны Оқыту нәтижелері - бет 33

text:
know:
- The structure and properties of the main components of biological
membranes and their structure;
- The modern concept of the structure of biological membranes;
- Prospects for the practical use of membrane technology;
- The basic mechanisms of transport of substances across biological
membranes;
be able to:
- competently and appropriately use specific terminology;
- analyze published data and use them to produce, papers, reports, and
presentations.
- organize and synthesize knowledge gained in the study of lectures and
other educational, scientific and popular sources of information;
- freely, properly express the theoretical material on the major issues of this
course have discussions;
own by :
- the main methodological approaches used in the study of membrane
structures;
information about the variety of membrane structures and their role in the
life of the cell.
GPH4510
Basics of genomics and
proteomics
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Biology individual
development
(2+1+0)
This module discusses the use of enzymes and their catalyzed processes in
biochemistry, bacteriology, microbiology, genetics, botany, agriculture,
pharmacology, toxicology, physiology, medical and chemical engineering,
etc. We also study the structural, functional and evolutionary genomics and
proteomics. The course examines features of genome organization of prokaryotes
and viruses. He is familiar with the process of replication, restriction and
modification, transcription, recombination, and mutagenesis and repair of genetic
material.
-
-to be able to practice the classical methods of biological
molecules;
-to know basis structure and functional organization of different genomes
and proteomes, an understanding of the methods of analysis of nucleic
acids and proteins;
-to be able in practice to evaluate the quantitative and qualitative measures
of food, according to international and national standards;
- to develop methods of statistical analysis to identify factors
independently influence the productive characteristics.
- to study the basic patterns of classical genetics and molecul
FH4511
Farmakogenetics basics
2 credits / 3 ECTS
Prerequisites:
Biochemistry, Genetics,
Molecular Biology,
Molecular Genetics
(1+0+1)
Course examines the section of medical genetics and Pharmacology, studying the
dependence of responses of the medicines from hereditary factors. The aim of
this course is to examine the nature of diseases and medicinal effects, and the
dependence of responses of the medicines from hereditary factors.
-knowledge of the pharmacodynamic mechanisms of sensitivity and
individual organism farmakokineticeskih to drugs and detection of
increased genetic risk of multifactorial diseases;
-ability to recruit agents for typing from which an individual could be
attributed to a metabolic phenotype.
OTH 5 "Microbiology and Virology"
FRM3513
Functional
variety
of
microorganisms
3
credits/
5
ECTS
Prerequisites:
none
(2+0+1)
The module considers a variety of the functional - physiological, biochemical and
genetic properties of microorganisms in a context of their distribution and
existence in various ecological niches.
Aims: to show morphological and functional variety of microorganisms in
comparison with flora and animals, and also complexity of relationship between
these organisms, to give an idea of a filogeniye procariots.
- to know the applied directions of use of microorganisms in the industry,
agriculture
and
medicine;
- to be able to work with pure cultures of microorganisms in vitro;
- to own technology of cultivation of microorganisms on universal and
elective nutrient mediums in aseptic conditions.
PVM3514
Food and allocation of
microorganisms
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Cytology,
Microbiology and virology
(2+0+1)
Ideas about variety of ways of getting energy and needs of microorganisms for
nutritious components for creation of cellular substance.
- knowledge of variety of ways of existence and life types in the world of
microorganisms; features of a metabolism of various physiological groups
of microorganisms,
- ability from scientific positions to approach to questions of
microorganisms nutrition, competently to estimate metabolic activity of
studied objects during the planning and the solution of fundamental and
applied problems of biology.
- own skills of practical work with the microbic cultures which are carrying
out different types of metabolism
BPM3515
Biology
of
pathogenic
microorganisms
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
In the module, students will: features biology of pathogens, pathogenicity factors.
We also consider the mechanisms of infection. Methods of laboratory diagnosis
of pathogens.
To ability: causative agents of infectious diseases; pathogenicity factors;
mechanisms of infectious process.
be able: to allocate and диагносцировать pathogens.
To own: methods of laboratory diagnostics of pathogens.
OSM3516
Basics
of
sanitary
microbiology
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
The course gives an understanding of the basic principles and methods of
sanitary-microbiological studies of the environment
Know: Principles of Sanitary and microbiological testing and
characterization of sanitary-indicative microorganisms.
Be able to: identify and title index sanitary-indicative microorganisms in
water,
soil,
air,
food.
Know: the skills of health and microbiological studies.
BPM3517
Biology
of
industrial
microorganisms
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
This module introduces students to the technological schemes of microbiological
plants, methods of quality control of finished products, the selection of microbial
strains with enhanced synthetic capacity to meet production requirements. We
discuss a number of technology industries based on the use of microorganisms for
industrial and food products, new trends in industrial microbiology from the use
of new raw materials, immobilized cells, high-yield strains of genetically
engineered microorganisms.
to know the basics of using biological systems and processes in industrial
production;
-to know the structure and system of biotechnological production
NIM3518
Heredity and variability of
microorganisms
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
We will study the structural features and ways of reorganizing the genome of
prokaryotes and viruses.
To know: features of the organization and functioning of the genome of
microorganisms and their forms of variability.
able to: obtain mutants and rekombinants.
To own: methods of mutagenesis and recombination.
SMIM4519
"Microorganisms
Recognition and its
Cultivation"
practice
experience
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(0+0+3)
Understanding of the major properties of microorganisms, their morphology,
cytology and systematization.
- knowledge about main properties of microorganisms, the principles of
their classification; structural organization of a prokaryotic cells; features
of growth and reproduction,
- ability to use microorganisms as objects for scientific researches and the
biotechnological purposes,
- have skills of work with microbic cultures, preparations of microscopic
preparations, with methods of microorganisms allocation.
OV4520
Basics of virology
3 credits/ 5
ECTS.Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
Understanding the features of structure, contents and reproduction of viruses. To
acquaint with bases of molecular biology, biochemistry and epidemiology of
viruses.
- knowledge about principles of virus classification, general regularities of
structure, activity and distribution of viruses in nature; role of viruses in
nature and person activity.
- ability to apply the received knowledge to the solution of scientific,
production and practical tasks;
- knowledge about features of structure, contents and reproduction of
viruses, bases of molecular biology, biochemistry and epidemiology of
viruses.
MOS4521
Microorganisms and
environment
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(2+0+1)
Purpose - studying of discipline to give to students of knowledge of scientific
and practical bases of use of microorganisms in ecological biotechnology for
environment protection development.
Tasks - To acquaint of students with biology of various physiological groups of
microorganisms, epidemic safety of environment, and also with methods of the
microbiological analysis, bioremediation and biotesting of objects of
environment.
The course summary -
Studying of the course "Microorganisms and Environment" allows on new to
approach to questions of protection and environment preservation from the point
of view of use of microorganisms when sharing achievements of microbiology,
biochemistry, genetic engineering and chemical technologies. The problems
considered by this course, is extremely wide – from development and
improvement of methodology of complex biological research of ecosystems near
sources of technogenic influences before development of technologies and
recommendations about biological water purification and biosynthesis of the
preparations compensating an adverse effect of change of environment on people
and animals.
During of studying discipline students have to know:
scientific bases of the subject "Microorganisms and environment"; main
groups of microorganisms, their morphology and physiology; the major
ecological processes as bioremediation, bioindication and biotesting;
distribution of microorganisms in the nature and their role in environment
preservation.
to be able: to work with a microscope, to prepare preparations for
microscopic researches, to select tests and to carry out
microbiological
control of environment.
To own: modern methods of microbiological control and assessment of
objects of the environment polluted by various toxicants, and also methods
of bioremediation of these objects.
OB4522
Basic of biotechnology
3 credits/ 5 ECTS
Prerequisites:
Biochemistry, Citology,
Microbiology and virology
(1+0+1)
The course gives an opportunity to seize the new professional competences
including ability to develop approaches to the solution of professional tasks and
overcoming of problems in the field of biotechnology
-to know the basics of using biological systems and processes in industrial
production;
-to know the structure and system of biotechnological production;
- to have the skills of the microbiological control of raw materials and
finished products, development of new biologically
OTH
6 "Human and animal physiology"
EF3513
Experimental Physiology
3 credit/ 5 ECTS
Prerequisites: human and
animal physiology,
histology, human anatomy
(1 +0 +2)
The course considers the basic physiological methods of studying the
mechanisms of functioning of the organs and physiological systems of organism,
in its relationship with the environment. The methods of observation, experiment,
methods of physiological, biochemical testing methods in Physiology, etc.
Objective: to review the major research methods of regularities functioning and
regulation of physiological systems of different levels of organization, of their
unity and interrelation of holistic organism with its environment.
The student must: possess modern equipment for physiological research.
To be able to read from experimental data as information to assess the
condition of the body as a complex multi-component systems in light of the
operations of the various systems of organs in diversity levels from
molecular to organizmennogo.
EF3514
Endocrinology
3 credit/ 5 ECTS
Prerequisites: human and
animal
physiology,
histology,
biochemistry
(1+0+2)
The questions of general principles of the hormonal adjusting of functions of
organism, structure and functions of ductless (hemadens) glands, are in a course
examined, products (hormones) produced by them, about the ways of their
education and operating on the organism of zoons and man; and also about
diseases, caused a parafunction these glands or action of these hormones
Purpose: To give students a basic understanding of the endocrine glands, show
the presence in the body of neuro-immune-endocrine system, which performs the
function of coordinating the activities of all organs and systems as a whole. Give
an idea of the endocrine glands, the chemical structure of hormones, their
biosynthesis, secretion, transport, metabolism, mechanism of action on cells.
Objectives: to present the principles of the hormonal regulation of basic
processes of life of humans and animals, to familiarize with the advancements in
the field of experimental and clinical endocrinology; emphasize scientific and
practical significance for medicine and endocrinology of the economy.
The student should know: modern methods of investigation and analysis
of the functional state of the endocrine system and the organism as a whole,
the use of teaching and laboratory equipment and new information
technologies;
to know the latest achievements in the field of endocrinology, know the
regulatory mechanisms of homeostasis of living systems, an understanding
of the principles of the regulation of metabolism, comparative physiological
aspects of formation of functions on the principles of perception,
transmission and processing of information in the body;
KF3515
physiology
of
Circulation
3 credit / 5 ECTS
Prerequisites:
human
and animal physiology,
histology (1 +0 +2)
Brief description of the course: The course "Physiology of circulation" is one of
the main basic training in biology. The study of the physiological mechanisms of
the circulatory system and patterns of hemodynamic interaction between
regulatory systems enables the students to understand the mechanisms to maintain
a constant internal environment of the organism and the organization of an
adequate response to a changing environment and functional activity.
The purpose of the course - to give an idea about the present state of knowledge
on the physiology of blood flow, which studies public and private mechanisms
the functioning of a healthy body and its structural elements (bodies
new, tissues, cells) in different conditions of life.
Objective of the course - on the basis of a systematic scientific approach to form
students' basic knowledge of the homeostasis of the body, the role of the
circulatory system in the regulation of its functions relating to the activities in
different conditions of existence.
As a result of the discipline the student must:
know:• classical and contemporary theories and ideas about the role of the
circulatory system in the regulation of body functions;
• basic concepts and laws of hemodynamics;
• physiological features of the structure of the blood and lymph circulation in
humans.
• the role of the circulatory system in the maintenance of homeostasis.
be able to:• use the basic laws governing the functioning of the circulatory
system of the body;
• to plan and organize a simple physiological experiments, including
mathematical analysis of its results;
• possess the classic methods of the circulatory physiology (recording and
With the development of the course "Physiology of Circulation" need to
know:
• theoretical and methodological foundations of the physiology of the
cardiovascular system;
• mechanisms and patterns of circulation and its role in the activity of the
autonomic functions of the body;
• mechanisms for the interaction of body parts and the body as a whole with
the environment;
• achievements and prospects of development of circulatory physiology and
its practical application.
Should be able to:
• retrieve and analyze information from the literature, the base-information,
electronic sources, possess skills in physiological studies, assessment of the
regulatory and operational systems of the body;
• apply the theoretical knowledge and skills in a practical and research
activities.
Must master some techniques of functional condition of the circulatory
system of the body and its reserve capacity
quantitative (non-diagnostic) analysis of the electrocardiogram, blood pressure,
etc.)
ZhSF3517
Functional and adaptive
Physiology
3 credit/ 5 ECTS.
Prerequisites:
Prerequisites:
botany,
zoology,
cytology,
histology,
genetics,
molecular
biology,
endocrinology,
immunology,
physics,
chemistry, education. (1 +2
+0)
The course and quot “Functional and Adaptation Physiology” is one of the main
in basic preparation of biologists. In the real course theoretical ideas of various
levels of functional system of adaptation, the general regularities adaptation
process, psychological mechanisms of its dynamics, system of the internal and
external factors defining efficiency of adaptation, and also practical
recommendations about prevention of conditions of disadaptation and
optimization of process of adaptation are considered.
The Purpose – formation at students of system of knowledge and ideas of the
internal and external factors defining efficiency of adaptation of functional
systems of an organism, idea of evolutionarily developed adaptations
Of the Task:
• to give to students modern ideas of mechanisms and regularities of adaptive
processes of an organism as whole
• to give to students theoretical ideas of various levels of functional system of
adaptation;
• to give the general regularities of adaptation process, psychological mechanisms
of its dynamics;
• acquisition of necessary basic knowledge for an assessment of reserve and
adaptation opportunities of an organism.
The main forms of competence of the bachelor At development of the
course “Functional and Adaptation Physiology” need to be known:
• general regularities of work of functional systems;
• features of formation of adaptations in various conditions of habitat;
• achievements, prospects of development of physiology and its practical
application.
Have to be able:
• to take and analyze information from literary, basic and information,
electronic sources, to own skills of carrying out physiological researches,
an assessment of a condition of regulatory and functional systems of an
organism;
• to apply the received theoretical knowledge and skills in practical and
research activities.
Have to seize some methods of an assessment of a functional condition of
an organism and its reserve opportunities.
KF3515
Age Physiology
3 credit/ 5 ECTS
Prerequisites: human and
animal
physiology,
histology (1 +2 +0)
Course Outline: "Age physiology" introduces students to the general patterns of
growth and development, the criteria for assessing the health of children and
adolescents, particularly the formation and development of all body systems, and
provides a theoretical basis for the organization of science-based educational
process, adequate physiological capabilities of the organism in different age
periods. The goal - to help students of knowledge and understanding about age
growth and development of children and adolescents.
Objectives:• provide insight into general trends and the specific characteristics of
the various systems of the body and their individual structural elements in the
process of individual development;
• acquaint themselves with new developments Physiology and prospects of its
development;
• learn some techniques to help assess the functional state of the age and sex
characteristics;
• acquire the necessary skills in the prevention of common diseases, addictions,
tempering, balanced diet, maintain mental, physical and reproductive health.
Достарыңызбен бөлісу: |


title:
The
main - Сабақтың түрі бойынша таралуы Модулдің (курстың) мақсаты, міндеттері, қысқа мазмұны Оқыту нәтижелері

text:
The
main
forms
of
competence
bachelor:
With the development of the course "Age physiology" bachelors need to
know:
• theoretical and methodological foundations of the physiology of the
developing organism;
• psycho-physiological aspects of the child's behaviour;
• mechanisms of formation and development of visceral systems;
• characteristics of the development of sensory systems in the ontogeny of
the
organism;
• Have a basic training for the conduct of educational activities in the
secondary
school
of
anatomy
and
physiology.
The
bachelor
should
be
able
to:
• intelligently formulate and solve scientific and applied problems in the
field of Physiology;
• apply their knowledge and skills in a rational organization of the
educational process in the school with the knowledge age characteristics of
children
and
adolescents
and
promote
healthy
lifestyles.
Must hold of some methods of assessing functional status of children at
different age levels and criteria for determining the level of functional
development and the child's readiness for school.
Nei4519
Neuropsychology
3 credit / 5 ECTS
Prerequisites: human and
animal physiology,
histology (1 +2 +0)
Course Description: "Neurophysiology" introduces students to the laws of
functioning of the central nervous system and higher nervous activity of the
mature and developing organism, the central mechanisms of goal-directed
behavior. Particular attention is paid to the study of communicative behavior
disorders of children and adolescents, neuroscience alcoholism and drug
addiction, which will contribute to a healthy lifestyle.The goal - to help students
ideas about the general laws of functioning of the central nervous system and
The main forms of competence bachelor:
With the development of the course "Neurophysiology" students need to
know:
• theoretical and methodological foundations of the physiology of the
central nervous system and higher nervous activity of the mature and
developing organism;
higher nervous activity of the mature and developing organism, the central
mechanisms
of
goal-directed
behavior.
Objectives:
• Ensure common understanding of the functioning of the central nervous system
and higher nervous activity and functional system as the physiological basis of
behavior;
• acquaint themselves with new developments physiology of the central nervous
system
and
the
prospects
for
its
development;
• learn some methods of evaluation of the functional state of the central nervous
system and higher mental functions.
• mechanisms of memory and learning, attention, perceived and
subconscious brain activity;
• Formation of consciousness during ontogeny and significance of sensory
information for mental activity.
Should be able to:
• retrieve and analyze information from the literature, the base-information,
electronic sources;
• apply the theoretical knowledge and skills in a practical and research
activities.
Must be skilled in conducting physiological studies assess the state of the
central nervous system and higher mental functions.
Imm4520
Immunophysiology
3 credit / 5 ECTS
Prerequisites: human and
animal physiology,
Biochemistry, human
anatomy, cell biology,
histology, Microbiology
and Virology (1 +0 +2)
The course summary: All types of the immunity, the evolution and ontogeny of
the immune system show. The formation of a hypersensitivity reaction,
immunodeficiency states show. Inducing immune responses in the body of the
cells, immunoglobulins, neyroimmunomediatory, cytokines particularly note
students The purpose - the role of T-and B-systems of the immune system to
reveal in anti-cancer, transplant, anti-bacterial, anti-viral, anti-parasitic
immunities.
Objectives of the course - The mechanisms of immune responses in health and
disease show, at the students give the basic knowledge on the immunological
basis of which they could solve theoretical and practical problems.
to know: the structure and function of the immune system, the mechanism
of immune response of the body, ways of interaction and the development
of basic immune responses in health and disease, transplantation immunity,
anti-tumor and anti-viral immunity.
be able to apply: their theoretical knowledge into practice in the field of
biology and medicine.
Hro4521
Chronophisiology.
3 credit/ 5 ECTS
Prerequisites: human and
animal physiology. (+2 +0
+1)
"Chronophisiology " is expected to provide the students' understanding of
fundamental laws and applied research carried out in various fields of biology, as
well as provides knowledge about the most important achievements of
chronobiology and the prospects of its development, which allows students to
form the basis of theoretical and applied thinking, allowing the use of
biorhythmology achievements in biology.
The course goal – provide to students a deep and broad knowledge about the
temporal organization of physiological systems.
Objectives: learn the basic concepts of biological time.
With the development of the course " Chronophisiology " students need to
know:
- Main features and properties of the jet lag, the nature of the oscillations of
different genesis of the frequency spectrum of biological rhythms, the main
chronotype;
The bachelor should be able to:
apply their theoretical knowledge and practical skills in the practice of their
research and teaching activities.
Must master:
understanding of the fundamental laws of chronobiological and applied
research carried out in all areas of physiology, as well as knowledge of the
most important achievements in chronophysiology and the prospects of its
development, which allows students to form the basis of theoretical and
applied thinking, allowing the use of achievement chronophysiology.
RF4522
Regulatory Physiology
2 credit/ 3 ECTS
Prerequisites: human and
animal physiology,
histology.
(1+1+0)
Course Outline: The basic principles of organization and management of
functional systems (FS) as a unit of the integrative activity of the body, the place
of homeostasis in the aggregate system of concepts, especially management of
biomedical FS dominant principles in the management of the FS. The
mechanisms of the interaction of regulatory systems, the development of a
compensatory reaction is normal, as well as on the verge of normal and
pathological conditions in terms of system analysis and system of compensation
of
disturbed
functions.
Purpose - The study of the interaction of regulatory systems and the use of a
systematic approach to the analysis of multiple intra-and inter-system interactions
of the organism in a changing environment and functional activity.
Objectives:
• provide students with current understanding of the mechanisms of regulation
and laws governing the formation of functional systems of homeostatic,
behavioural
and
mental
levels
of
the
organization;
• acquire the necessary basic knowledge for system diagnostics of functional
status and health behaviours of programming.
The
main
forms
of
competence
bachelor:
With the development of the course "Regulatory physiology" students need
to
know:
• mechanisms of regulation and self-regulation of body functions, elements
of
system
analysis;
•
principles
of
integration
of
body
functions;
• building the systems and processes involved in the maintenance of a
constant
internal
environment
of
the
body.
Should
be
able
to:
use the knowledge and methodological approaches in planning and solving
fundamental
and
applied
problems
of
regulatory
physiology.
Should own some methods of evaluating the state of the regulatory and
operational systems of the body in health and in different functional states
of the organism.
OTH 7 Soil Technology
TM3513
Soil quality improvement
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science
(1+0+2)
The students are acquainted with the principles and methods of soil reclamation
area of Kazakhstan. They are the basic properties and soil regimes and protecting
them from degradation processes. The course contains information on
technologies of saline, sodic and degraded land and soil technologies of
cultivation of agricultural crops under irrigation; modern water-saving irrigation
technology and lesomeliorativnye activities.
-knowledge of basic soil-reclamation of lands, the methods and techniques
used in land reclamation of soils according to their properties and regimes;
-ability to perform field and laboratory studies of reclamation;
-be able to analyse the impact on soil processes following chemical
analyses and develop projects of reclamation measures.
TZHFA3514
Methods for physical and
chemical soil research
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science
(1+0+2)
The goal of the course is the development of physical and chemical research
methods of soil. Students study modern devices and equipment that are intended
to measure the physical parameters and chemical composition using the following
methods: Photo-calorimetry, spectrometry-atomic-absorption, Kim, ionometry
Kim, gas-liquid chromography, etc.
-To know the principles of physical and chemical methods of research soil;
Be able to determine the physical parameters and chemical composition on
modern technical devices, equipment and the skills of practical work on
them
TEBTKTP3515
Soil and soil environmental
monitoring technology
3 credits / 5 ECTS.
Prerequisites: none
(2+0+1)
Course aims: to explore the elements of soil protective technologies by region of
the country and the implementation of environmental monitoring for topsoil soil
types.
The course contains key provisions of the soil monitoring and development of soil
protective technologies, depending on the State of the soil.
Addresses issues of protection of soil resources of natural and anthropogenic
factors, crop rotation, crop management technologies and farming techniques,
obepečivaûŝie reproduction of soil fertility.
While mastering a course you must-know the essence, characteristics and
properties of soil environmental monitoring and the necessary technology
to protect the soil from erosion, degradation, pollution and desertification.
-be able to determine the degree of human impact on land cover and
developed technology to them with cover lacquer.
-to develop the skills set and meet specific challenges on the use of all types
of monitoring soil and solution of practical tasks for soil protection.
ETVPP3516
Energy saving technology
of reproduction of soil
fertility
3 credits / 5 ECTS.
Prerequisites: none
(1+0+2)
The goal of the course is to give the students the knowledge of basic patterns of
soil fertility and its reproduction in biogeocenozah and agro-ecosystems.
Discusses the physical, chemical, and biological indicators of soil fertility and
methods of their determination are given modern energy saving technologies of
cultivation of food and fodder crops to ensure reproduction of soil fertility.
-Knowledge of physical, chemical and biological parameters of energy
saving technologies of fertility and reproduction.
-be able to perform theoretical calculations of the cycles of matter and
energy in the biogeocenozah agro-ecosystems and to develop projects of
energy-saving technologies.
TKGK3517
Geography and cartography
of soil cover
3 credits / 5 ECTS.
Prerequisites: none
(2+0+1)
The goal of the course is to study the patterns of geographical distribution of soil
and soil-geographical zoning the territory. students are looking for knowledge on
geography, cartography and soil classification. Explores the modern soil
classification, determination of their diagnostic characteristics, the use of different
methods of soil mapping (situ surveying, aerial photography, satellite imagery,
etc.)
-Know the soil horizontal-vertical zonality and Noah and their diagnostic
characteristics;
-be able to field and cameral work on composition of its soil maps of
various scales, using different methods and modern GIS technologies;
-acquire practical skills of diagnostics and soil mapping.
TPMM3518
( Math modeling of soil
processes
3 credits / 5 ECTS
Prerequisites: Mathematics,
Botany, Ecology, Soil
Science 2+1+0)
The goal of the course is to acquaint the students with mathematical methods to
study soil processes. Its tasks include: efficient use of soil resources conservation,
development of adaptive technology and biotechnology, optimization of the use
of chemicals in farming, agri-environmental analysis and assessment of effects on
soil. Mathematical models of these processes enable to predict their effects.
-know the modern methods of mathematical modeling, be able to apply
mathematical methods of analysis for studying basic laws of soil forming
processes;
acquiring the skills of modern soil processes modeling methods for
environmentally balanced use of soil resources.
TBZHEB45119
Bonitirovka economic
assessment of soil and land
3 credits / 5 ECTS
Prerequisites: Math, Soil
Science.
(2+1+0)
The goal of the course is to study methods of bonitirovočnyh scales, support land
management systems, development of land cadastre. calculation of points for soil
quality indicators and on high yield tmnogoletnej. Integrated impact assessment
of the economy on the State of soil productivity of agroecosystems and
èffektinost′ of agricultural technologies, analysis and calculation of emerging
environmental risks. Evaluation of the efficiency of technological processes.
The goal of the course is to study methods of bonitirovočnyh scales,
support land management systems, development of land cadastre.
calculation of points for soil quality indicators and on high yield
tmnogoletnej. Integrated impact assessment of the economy on the State of
soil productivity of agroecosystems and èffektinost′ of agricultural
technologies, analysis and calculation of emerging environmental risks.
Evaluation of the efficiency of technological processes.
OMKTTO4520
Technology optimization of
soil mineral nutrition of
plants
3 credits / 5 ECTS
Prerequisites: Chemistry,
Physics, Botany, Ecology,
Biochemistry, Soil Science.
(1+1+1)
The goal of the course is to study the food regime of plants and technology
optimization. Aware of the content of rassmativaûtsâ in soil macro-and micro-
power plants on the main types of soil, the crops need, timing and calculation of
mineral and organic fertilizers. These calculations are based on optimization
technology of plant nutrition.
-to know the optimum soil content of macro-and microelements of plant
nutrition on the major types of soil;
-be able to calculate the needs of crops in the elements of nutrition and
application of organic and mineral fertilizers.
-setting skills to optimize the power plants.
ZhKZhPKH4521
Legal framework of land
use and land code
3 credits / 5 ECTS
Prerequisites: Ecology, Soil
Science.
(2 +1 +0)
The goal of the course is to acquaint the students with the basic provisions of the
law on land administration and land management, the principles of land
legislation.
The course considers new regulations, land use law, ownership and other rights in
rem over land, land categories, land protection, control and monitoring, land
management, land registry.
-know the laws of the Republic of Kazakhstan on the land, the subsoil, the
land code, the water code, forest code, etc.
-be able to obtain official documents of State control over land use and
protection;
-modern management skills and processes of reforming land use
optimization.
TB4522
Soil biology 2 credits / 3
ECTS
Prerequisites :
Botany, Ecology,
Microbiology, Soil Science.
(1+1+0)
The purpose of this course is to study the wildlife inhabiting in soil environment
and the soil cover as a planetary surface. The module examines the main
representatives of soil biota.
Objectives and content of the module is to study the ecological functions of soil
biota, is involved in the processes of transformation of substances in nature and
biological methods to increase fertility.
-Knowledge of the ecological and biological processes associated with the
function of the main representatives of soil biota.
-master the microbiological methods of research and selection of pure
cultures of microorganisms and microfauna;
-to acquire the skills to use the theoretical knowledge for drafting
reproduction fertility.
SPECIALITY 5B070100-BIOTECHNOLOGY
Discipline code
Names оf disciplines (modules)
and types of activities,
Credits,
prerequisites, Lec/prac/Lab.
Aim, tasks, short content of module (course)
Learning Outcomes
(knowledge, skills, competences)
STATE COMPULSORY MODULE
HRK 1101
History of Kazakhstan
3 credits / 5 ECTS
Prerequisites : none
2+1+0
The aim: To familiarize the students with the historical bases and
periods of formation of the independent Kazakhstan statehood
through the study of specific sources and historical facts from the
standpoint of new theoretical and methodological views.
Content. The historical bases and periods of formation of the
independent Kazakhstan statehood. Historical and comparative
analysis of the current achievements of the Kazakhstan statehood
compared to various periods of the past.
- knowledge of historical bases and periods of establishment of the independent
Kazakhstan statehood in the context of the global and Eurasian historical process;
- the ability of comprehending objectively and thoroughly the inherent advantages,
features and value of Kazakhstan's development model;
- analytical skills and skills of axiological analysis in the study of complicated
historical processes, phenomena and historical figures of modern Kazakhstan.
K(R)LPP 1102
Professionally-oriented
Kazakh
(Russian) language 3 credits /
ECTS
Prerequisites : none
0+3+0
The aim: To teach the students the ability to reproduce and
produce dialogues and monologues in the Kazakh (Russian)
language in every day scientific and professional communication.
Content. Reproduction of the conceptually
organized philological knowledge in the Kazakh (Russian)
language, the co-allocation of the functioning and development of
the Kazakh (Russian) language with the socio-economic, cultural,
historical, political situation in Kazakhstan and in the world, with
constitutional legal bases of the Republic of Kazakhstan.
– the ability to apply the basic knowledge of the system, structure and functioning
of the Kazakh language units for working at texts on speciality to formulate a
professional outlook;
- the ability to create secondary scientific texts: abstract, summary and description;
the ability to synthesize the scientific information in the form of a thesis of the
issue.
PLPP 1103
Professionally-oriented
foreign
language
3 credits / ECTS
Prerequisites : none
0+2+1
The aim: To teach the students to communicate in a foreign
language for professional needs.
Content. Enriching the vocabulary of a foreign language, including
the professional terms and clichés, development of listening skills,
improvement of students' abilities in reading authentic publications
on suggested topics from professional press and the development of
skills of
writing business correspondence with partners on professional
issues. The course is designed for students with the average and
high levels of language proficiency (Pre-Intermediate, Intermediate,
Upper-Intermediate, Advanced).
- the ability to comprehend a foreign speech by listening;
- communication skills in a foreign language and rich vocabulary;
- reading skills and skills of analysis of the read material.
PSK 2104
Philosophy
of
scientific
knowledge
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to develop students’ methodological and scientific
culture,
their skills of independent formulating scientific problems and
algorithm of scientific search based on fundamental knowledge in
the sphere of philosophy, as well as possibilities of interdisciplinary
methodology.
A special attention is paid to the problems of science and
technology, engineering, technical knowledge and art, the role of
science in social progress, and also in genesis and solution of global
tasks of modern society.
Достарыңызбен бөлісу: |


title: Content - Сабақтың түрі бойынша таралуы Модулдің (курстың) мақсаты, міндеттері, қысқа мазмұны Оқыту нәтижелері

text:
Content. Studying key ideas and categories of Modern Philosophy,
- knowledge of the role of Philosophy as
worldview and basic concepts of the scientific knowledge; its essence and
interrelation of philosophical and general scientific worldview;
- knowledge of core principles, laws and mechanisms of the cognitive activity.
- knowledge of current ethical problems of modern society and their importance for
the professional activity;
- skills of non-biased comprehension of realias of modern socio-cultural situations
from the point of view of critical thinking methodology;
- skills to use knowledge of principles, laws and categories of Philosophy in the
process of solving professional scientific tasks;
- mastering skills of creative and critical thinking and applying of tools of critical
its basic principles, laws and mechanisms of cognitive activity.
Considering ethical problems of the development of science and
technology, basic spiritual values and their importance for
professional activity.
Extension and improvement of students’ knowledge in heuristic
and methodological spheres of science by
mastering scientific and methodological potential of Modern
Philosophy. Forming the idea of the objective law of existence and
the development of the community, state, civil society and
individuals, of the principles of tolerance and intercultural dialogue
as conditions of existence of a global society. Developing the
students’ culture of critical thinking and their skills of independent
reflection on their own methodological problems.
thinking to the analysis of scientific, cultural, social and political phenomena and
processes.
SOCIAL AND COMMUNICATIVE MODULE
PIC 2201
Psychology
of
interpersonal
communication
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: students’ awareness of the role and place of psychological
knowledge about interpersonal communication in the modern world, revealing
their importance in the process of becoming a professional in their chosen
specialty.
Content: Systematization of students’ knowledge through the study of the
major paradigms, theories, and concepts of modern psychology of
interpersonal communication. The theoretical and empirical study of the
interpersonal communication psychological problems based on the study of
cognitive processes, mental states and individual psychological characteristics
of the individual. Basic categories and concepts of social psychology,
methodological foundations of social psychology, the basic theories, concepts
and principles of social psychology, the nature, content and form of psychic
phenomena, laws of their dynamics, methods and techniques of researching
interpersonal communication, the essence of the new psychological techniques
and technology of studying interpersonal communication.
knowledge of mental phenomena of interpersonal communication in the accordance of the
cognitive processes and regulatory conditions;
- knowledge of the theoretical and methodological foundations of modern psychology of
interpersonal communication ;
- knowledge of the basic concepts and categories of modern psychology of interpersonal
communication ;
- the ability to adequately apply the acquired psychological knowledge in interpersonal
communication ;
- the ability to investigate individual human characteristics in terms of interpersonal
communication in order to identify his personal attributes and form his psychological
characteristics;
- the ability to competently build a system of relationships with others in the context of
interpersonal communication and group interaction ;
- skills of interpersonal communication psychological research, implementation, analysis ,
processing of the data and correct interpretation of the results ;
- the ability to develop practical recommendations to help improve the individual in terms of
interpersonal communication ;
- the ability to estimate and adjust interpersonal communication in order to harmonize the
individual and his relationship with others .
TAPS 2202
Theoretical and Applied Political
Science
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: To introduce to the basics of politics, power and power relations,
the political system of the Republic of Kazakhstan.
Content: Political systems and forms of government, and institutions, the
political processes in Kazakhstan and in the world. Program documents and
the President's Addresses, strategic directions of home and foreign policy of the
Republic of Kazakhstan. The idea of a global world as the new world order, an
understanding of the major tendencies in world politics and international
relations, contribution to the national security strengthening and terrorism and
extremism prevention.
- the ability to express attitude and to exercise social and political activity to resist various forms of
manipulation;
- the ability of a tolerant professional interaction and adaptation to the new conditions, taking into
account the socio-cultural, ideological, political and religious differences.
EPSS 2203
Ethics of personal and social
success
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to introduce students to ethical standards, moral principles and
human values in the social activity.
Content: The systematic understanding of the ways of forming and improving
ethical standards in various areas of professional activity. Formation for future
professionals of knowledge about the basic ethical concepts, regularities of
forming ethical conduct in the process of a person’s socialization. Introduction
to the basic stages and tendencies in the development of ethics. Revealing the
contents of fundamental ethical guidelines that form the moral position of an
individual.
- knowledge of basic ethical concepts and categories;
- skills of independent moral orientation in society, indicating a sufficient level of ethical maturity;
- knowledge of principles and methods of finding the best ethical decisions in difficult situations of
everyday life;
- skills of assessment of their own actions and the behavior of others in terms of ethics and
morality norms;
-skills to behave in society and communicate with citizens in accordance with the rules of
etiquette.
CR 2204
Culture and Religion
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: introduction to the main cultural and religious
peculiarities of Kazakhstan, consideration of the evolution of
Kazakhstan peoples’ cultural and religious traditions.
Content: Methods of Cultural Studies and Religions Studies
applied for researching Kazakhstan regions’ cultural and religious
phenomena; concept of “dialogue” as one of the basic categories of
the 20-21 century humanities, as well as peculiarities of theoretical
language of describing its fundamental existential and socio-
cultural parameters, boundaries and horizons. Specific features of
man’s metaphysical and religious experience as ontological bases
of a dialogue.
- knowledge of scientific world outlook, ethnic and cultural tolerance;
- the ability to make comparative analysis of the hierarchy of core values of the
past and present religious and unreligious world outlook;
- the ability to predict perspectives of possible interaction of philosophy, religion,
science and arts in the process of solution of the main world-outlook problems;
- the ability to identify synchronic and diachronic interconnections of regional
cultural phenomena, to identify their causes and effects;
- skills of tolerant behavior, social and professional interaction taking into account
ethno-cultural and confessional differences.
GAS 2205
General and Applied Sociology
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to form a general idea of the contemporary society; to
make the students aware of social processes taking place both in the
world and Kazakhstan (issues of stratification, social inequality,
poverty and wealth, social, religious, economic and political
conflicts).
Content: Character of social interactions between people, social
and group differences between them. Main laws of society
development, basic sociological concepts, methods of sociological
research, contemporary sociological theories, main trends and
results of contemporary research in sociology.
- the ability to make independent analysis of the processes and phenomena taking
place in the society;
- the ability to dynamically use alternative, new or innovative sociological
approaches in solution of professional issues;
- the ability to express one’s thoughts in oral and written forms correctly and
reasonably;
- the ability to use the gained knowledge in certain situations;
- skills of social interaction: collaboration, tolerance and respect;
- skills of social prognosis and strategic planning, public speech, argumentation,
conducting discussion and debate.
S HL2206
Safety of human life
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: acquisition of theoretical knowledge and practical skills
necessary for creating proper living environment and labour
conditions,
identification
of
negative
impacts
of
living
environment, elaboration and realisation of protective measures to
secure the man and living environment from negative impacts.
Content: Basic natural and techno-sphere dangers, their properties
and features, types of impact of harmful and dangerous factors on
the man and natural environment, methods of protection. Bases of
theoretical analysis and prediction of hazard phenomena and
processes.
- knowledge of protection measures from natural and techno-sphere disasters
within the sphere of professional activity;
- the ability to make decisions within the limits of one’s competence and authority
in emergency situations (ES);
- the ability to identify the major dangers of man’s living environment, to assess
the risk of their realization.
- knowledge of protection methods and safety technologies in emergency situations.
ESD 2207
Environment
and
Sustainable
Development
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to provide students with systematic and practical
knowledge on ecology and stable development, protection of
environment and rational environmental management to train
qualified specialists with a wide range of skills.
Content. Basic regularities of life forms’ interaction with the
environment; mechanisms of ecosystems and biosphere stability
and functioning; place and role of ecology in modern economic,
political and social problems solution; modern global economic
problems, their causes, stages of formation and consequences.
Special place in the discipline is given to stable development of
nature and society, international cooperation in the sphere of
environmental safety
-the ability to identify and analyze natural and human-caused ecological processes
and to find the ways of their regulation;
- the ability to understand modern concepts and strategies of stable mankind
development aimed at systematic changing of traditional forms of management and
people’s lifestyle in order to preserve stable biosphere and society development
without disastrous crisis;
-the ability to use in practice the obtained knowledge of basic regularities of life
forms’ interaction with the environment in order to preserve stable development;
- skills to analyze ecological processes, to set specific targets and priorities of
stable nature and society development.
KL 2208
Kazakh law
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to study the peculiarities of Kazakhstan legal system, to
study the main regulations of basic norms of legal documents in the
RK.
Content. Legal system in Kazakhstan, conceptual issues of basic
regulations in the RK.
Theoretical bases of rule-of-law state formation, democratic society
and social state. Basic trends of Kazakhstan’s law policy
conception in 2010-2020 and ”The Strategy “Kazakhstan - 2050”.
-knowledge of legal system peculiarities in Kazakhstan in historical and law context
and in current situation of national legal system integration into the world system of
laws;
-the ability to apply scientific and theoretical knowledge in daily activity in
defending constitutional rights and freedoms.
PE 2209
Principles of Economics
2 credits / 3 ECTS
Prerequisites : none
1+1+0
The aim: to form scientific concepts of basic categories, ideas and
regularities of economy functioning.
Content.
Socio-economic
relations.
Basic
micro
and
macroeconomic indices, their computing methods. The mechanism
of market pricing, competition and economic development trends.
Basis of economic development of modern international economic
relations system and world market development trends.
- knowledge of the basic economic reorganizations in the society, logics and
interconnection of phenomena and processes in the society life;
-the ability to apply systematic knowledge in economy in professional activity.
NATURAL SCIENCES (STEM) MODULE
ITB 2301
Informational Technologies in
Biotechnology
3 credits /5 ECTS
Prerequisites: Mat 1301
2/0/1
The structure of the physical and logical device PC, its
characteristics. Information storage technology, data representation
in the computer. Files and directories. Your file system. Software
technology, its structure. Operating systems, the technology works
and functions.
Boolean functions, graphs. Algorithms and flowcharts. Shell. User
interface. Technology solutions to the problem PC. User interface.
Working with the file system. Text editor MS Word. Technology to
create and edit documents. Table Editor MS Excel. The basic
technology of creating, editing, work tables .
- knowledge in the field of personal computing devices and technologies for their
work, algorithms, software technology and assign individual programs;
- working knowledge
students must possess of operating systems, a sufficient level of various utilities,
theoretical and word processing practical and spreadsheet knowledge applications
BFiz 3302
Biophysic
3 credits /5 ECTS
Prerequisites: Fiz 1303
2/0/1
The purpose of teaching the course "Biophysics" - to give students
a deep and broad knowledge about objects and features of the
biophysical processes, the basics of biophysical approach to
biological processes and phenomena, familiarize with the basic
laws and principles of biophysics.The main tasks of teaching the
subject:
- to give students a general biological biophysical knowledge of the
main
topics
of
biophysics;
- to provide an understanding of the fundamental laws of
biophysics
and
applied
research;
- talk about the most important achievements of Biophysics and the
prospects
of
its
development;
- form the basis of the students theoretical and applied thinking,
allowing the use of achievements in biology biophysics.
- After studying this discipline, which included lectures and performing practical
and
laboratory
classes,
students
must:
-know basics of Cell Biophysics, and of the whole organism, the main physical laws
underlying biological laws and phenomena, the first and second laws of
thermodynamics, Hess's Law, the principles of Prigogine and E.Bauera,
mechanisms of bioelectric and photobiological processes basics of radiobiology and
radiation damage mechanisms , the mechanisms of generation of biological
rhythms,
principles
electric
Biosystems,
basic
biophysical
methods.
-to be able to: apply the theoretical knowledge and practical skills in the practice of
their own research.
-Ability to use scientific and educational purposes major modern biophysical
methods: spectroscopy, photoluminescence, calorimetry, EPR, NMR, laser,
hemiluminescence, FEC rheography, rheoencephalography etc....
- knowledge of the theoretical foundations of physical-chemical and chemical-
physical characteristics biosystem within biophysical approach to biological
processes and phenomena;
-knowledge of basic, fundamental interactions and reactions of ions, molecules and
supramolecular complexes underlying physiological processes and biological
phenomena, the main objectives and the laws of biophysics, and the direction of the
main sections of Biophysics and basic research methods.
Fiz 1303
Physics
3 credits /5 ECTS
Prerequisites: none
2/0/1
The module covers the study of such chapters of contemporary
physics as mechanics, molecular physics and thermodynamics,
electrostatics, electromagnetism, optics, atomic and nuclear physics
due to solving professional tasks on the base of knowledge of
physics. Study of the discipline include theoretical classes
(lectures) and practical classes (laboratory works). Development of
physiological feelings: sensation, perception, representation,
memory, thinking, imagination. Mental conditions: ability,
character and temperament of people.
Students must be able to generalize and systematize scientific information,
critically explain different processes in a system, to project ways of realization of
research programs, be able to work with big volumes of scientific information, to
work with different sources of information independently, be able to formulate and
solve research problems which require deep professional knowledge.
Also students must know main experimental, theoretical and numerical methods of
investigations, well-known mathematical approaches and their applications to
solving of scientific problems, be able to analyze and interpret results
Mat1304
Mathematics
3 credits /5 ECTS
Prerequisites: none
2/1/0
Studying of elements of linear algebra and analytical geometry.
Introduction in mathematical analysis. Differential calculates of
function of one variable. Function research by means of one
derivative. Concepts about complex numbers. Uncertain, certain,
not own integrals. Functions of several variables
- knowledge of differential and integral calculates;
- ability to apply differential score in mathematical problems of biotechnology at
creation of mathematical models;
- ability on the basis of the carried-out mathematical analysis to develop practical
recommendations;
-to own skills of creation of mathematical models;
BASIC PROFESSIONAL MODULES
Module 1. General Chemistry and Biochemistry
IHim 1401
Inorganic Chemistry
3 credits а/5 ECTS
Prerequisites: none
2/0/1
The study of the foundations of modern chemistry: quantum-
mechanical representations of the structure of atoms, molecules and
chemical bonding structure of matter and the relationship between
the structure and chemical properties of substances,
Competencies (knowledge, skills, competencies), mastered by studying modules: a
student must:
-know: the basic laws of transformation of chemical substances and reactions,
classification and nomenclature of organic compounds, and methods of qualitative
and quantitative analysis, and methods of purification and identification of
unknown substances, the relationship of structure and biological activity
-be able to: predict the properties and interaction of chemical elements and their
compounds, and corresponding to these transformations to solve quantitative
problems, identify the unknown substance, to synthesize, selection of the target
substance from the reaction medium.
-have: skills in the use of chemical and physico-chemical methods to determine the
quality and quantity of substances, preparation of solutions of certain concentration,
to predict the chemical properties of a substance, based on the spatial and electronic
structure of molecules.
AHim 1402
Analitical Chemistry
3 credits /5 ECTS
Prerequisites: none
2/0/1
The study of the main regularities of course of chemical reactions,
the natural organic compounds possessing biological activity;
methods of research of structure, properties and functions of
organic compounds and their application in research and
productions.
- to know methods of identification of unknown substances, interrelation of a
structure and biological activity
- to be able to identify unknown substance, to carry out synthesis, allocation of
target substance from the reactionary environment.
- to have skills of application of chemical and physical and chemical methods for
definition of qualitative and quantitative characteristics of substances; to predict
chemical properties of any substance on the basis of a spatial and electronic
structure of molecules.
LBS 1403
Lowmolecular biological
substances
3 credits /5 ECTS
Prerequisites: IHim 1401
2/0/1
The low molecular biological molecules derived from natural
sources contained carbon, and eventually a new definition of
organic chemistry emerged: organic chemistry is the study of
carbon compounds.
Classes of low-molecular biological compounds. Aliphatic,
carbocyclic and heterocyclic compounds. Structure, properties,
function, distribution in nature. Biologically important heterocyclic
compounds. Mono-functional and hetero-functional natural
compounds structure, chemical properties, and function in the
organisms. Natural biologically active compounds, peptides,
alkaloids, antibiotics.
-Knowledge on the structure, properties and functions of the low-molecular nature
of biological compounds that functioning in all organisms;
-to get research skills of low-molecular biological compounds in natural objects;
-
to
have
the
theoretical
knowledge
and
be
able
to
evaluate problems, approaches and trends reflecting the current state of natural
compounds
To be able to use them in research and practical applications.
Bio 2404
Biochemistry
3 credits /5 ECTS
Prerequisites : LBS 1403
2/0/1
In the process of studying this discipline students should get:
knowledge of the main classes of biological substances (their
structure, properties and mechanisms of their functioning),
knowledge of the basic metabolic pathways in the body, the
relationship of the biological functions and molecular structure, the
idea about connection between the biological molecules and
biotechnological production.
After learning discipline students must know: structure , properties and functions of
the main classes of the important biological substances;
- main metabolic pathways in living organisms;
- interactions between biological function and molecular structure of substance;
- modern methods in scientific biochemical researches;
The students must own:
- skills on the instruments and equipment used in biochemical laboratories;
- methods of qualitative and quantitative analysis of nucleic acids, proteins, fats,
carbohydrates, vitamins and hormones in biological material
The student should be able: to apply the received practical skills and knowledge in
various branches of human activity, at performance of the final work;
- to analyze experimental data;
Module 2. Biodiversity of Рlants, Animals and Microorganisms
BP 1405
Biodiversity of Рlants
3 credits/5 ECTS
Prerequisites: none
2/0/1
Students will receive representation about features of a structure of
a vegetative cell, tissue and plant’s organs; to know the basic
directions of morphological evolution of plants, biological essence
of reproduction and duplication, age and seasonal changes of
plants. The rate acquaints students with a variety of flora, with
features of a structure and duplication of various regular groups of
the lowest and maximum plants, gives representation about bases of
evolution of flora; shows communications between plants, other
alive organisms and an inhabitancy. Students will receive
representation about a parity of concepts: systematization,
evolution, phylogenezis, systematization and floristics, taxonomic
categories and taxons.
- knowledge on the basic levels of the organization of plants, the reasons of variety
of flora and the basic laws of its formation, modern sights at laws of development
of the organic world are compared. A place and a role of plants in ecological
systems, economic and their natural value.
- to use of the received knowledge in professional work.
- Skill to put scientific questions to carry out research works at wide use of new
techniques. The student is able to apply the received knowledge to the decision of
scientific, industrial and practical problems, to work in laboratory and field
conditions.
Достарыңызбен бөлісу: |


title: Сабақтың түрі бойынша таралуы Модулдің (курстың) мақсаты, міндеттері, қысқа мазмұны Оқыту нәтижелері - бет 36

text:
BA 1406
Biodiversity of Animals
3 credits/5 ECTS
Prerequisites: none
2/0/1
The Cellular level of the organization of animals ; Two-layer
animals; The Three-layer animals; Characteristic of vertebra;
Development of a vertebrate animal; Covers and a skeleton; Bodies
of a metabolism and reproduction; Nervous system and sense
organs; The Origin, systematization and distribution of vertebrate
animals.
-knowledge on the basic levels of the organization of animals, representations about
importance of all stages of individual development unvertebrate and vertebrate
animals, the reasons of variety of fauna and the basic laws of its formation, modern
sights at laws of development of the organic world are compared.
- The student is able to apply the received knowledge to the decision of scientific,
industrial and practical problems, to work in laboratory and field conditions.
MV 1407
Microbiology and Virology
3 credits/5 ECTS
Prerequisites: none
2/0/1
In a course directions of modern scientific researches in the field of
genetics and genomic microorganisms are considered. The
information, concerning the main problems of this branch of a
science from the point of view of biotechnology is resulted.
Approaches and the tendencies reflecting a current state of
scientific researches on working out of ways of their decision are
considered. Acquaints with safety problems genetic modified
industrial strains.
Selection methods and technicians which are applicable to own
scientific researches of undergraduates and modern scientific
researches are studied.
The purpose of teaching of a course: to give knowledge of
possibility of application of microorganisms in various branches of
economy: medicine, agriculture, food manufacture, pharmaceutics,
environment.
Students at the end of the course should know: basic structural and functional
properties
and
characteristics
of
microorganisms
and
viruses;
their
role
in
nature
and
human
life;
principles
of
their
classification;
structure
of
prokaryotic
cells;
features of growth and reproduction of microorganisms and viruses.
Be able to: prepare microscopic preparations for the visualization of micro-
organisms; prepare the drugs for the study of structures prokaryotic cells;
select and cultivate microorganisms;
exhibit oral and/or written presentation skills which involve the evaluation of data,
lab results or case studies within the field of microbiology.
Must own the: skills on the instruments and equipment used in microbiological
laboratories; methods of general and differential staining of cells of
microorganisms; methods of isolation and cultivation of microorganisms and
viruses.
Module 3. Cell Biology and Basics of Physiology
CTB 1408
Cell and Tissue Biology
3 credits/5 ECTS
Prerequisites: none
2/0/1
Familiar with the basic concepts of the structure and functioning of
prokaryotic and eukaryotic cells in vivo and in vitro. Introduction
to the features of the structure, function and formation of different
tissue systems of animals and humans.
-knowledge of the main provisions of the cell theory and methodological
approaches of analyzing the structure and function of cells and cellular organoids in
normal and pathological conditions; relation between the structure and function of
cells; mechanisms of the cell division and differentiation in normal and pathological
conditions; tissue origin in individual and historical development; morpho-
functional classification of tissues; structure and function of various tissues;
-Microscopy skills: the ability to properly handle the microscope, cytological and
histological specimens, cells and tissues, based on knowledge, be able to
distinguish between different cell types, intercellular substance, vessels,
morphological features of cell division and tissue regeneration, to correctly interpret
the structural and functional organization vital and fixed cells at the microscope in
micrographs
BMF 2409
Basics of Microorganisms
The course "Fundamentals of Physiology of Microorganisms,"
As a result of the discipline, students will know: the pathways of the nutrients into
Physiology
3 credits/5 ECTS
Prerequisites: MV 1407
2/0/1
introduces students to the scientific basics of microorganisms’
cultivation and biochemical basis of their metabolic processes to
produce the desired metabolites.
the cell, types of the power of microorganisms, methods of cultivation of
microorganisms;
Be able to: use knowledge about the needs of micro-organisms in the matter, laws
of growth and development at various ways of cultivation.
Have the skills to work with pure cultures of microorganisms used in
biotechnology.
BAF 2410
Basics of Animal Physiology
3 credits/5 ECTS
Prerequisites: BA 1406
2/0/1
The discipline gives an idea of processes of activity of an animal
organism and parts making it in their unity and interrelation with
environment.
-to know: theoretical and methodological bases of animal physiology; the
mechanisms providing interaction of separate parts of an organism and an
organism as whole with environment; about achievements, prospects of
development of physiology and its practical application.
-to be able: to apply the received knowledge and skills to development of new
biotechnological methods and receptions of management by organism
functions.
- to own methods of an assessment of a functional condition of an organism of
animals.
BPF 2411
Basics of Plant Physiology
3 credits/5 ECTS
Prerequisites: BP 1405
2/0/1
The course of “Basic physiology of plants” include: structure and
function of plant cell organelles, the nature and mechanisms of the
light and dark phases of photosynthesis, the way the oxidation of
respiratory
substrates,
photosynthetic
and
oxidative
phosphorylation, the physiological role of mineral elements and
their metabolism in plants, mechanisms for delivering the cell and
movement water through the plant, mineral elements, patterns of
plant growth and development, physiological bases of plant
resistance
Competence: to know the main manifestations of life and their regulation,
mechanisms and patterns of activity of the autonomic functions of the plant,
mechanisms for the interaction of plant parts and a whole plant with the
environment, the achievements and prospects for development of physiological
science and its practical application.
During the development of undergraduate courses need to know: theoretical and
methodological foundations of Plant Physiology - the science of the main
manifestations of plant life and their regulation; mechanisms for the interaction of
plant parts and whole plant organism with the environment; the achievements,
prospects of plant physiology and its practical application.
Students be able to: apply their knowledge and skills to develop new
biotechnological methods and techniques of control of bodily functions;
-must be able to apply this knowledge to laboratory work;
-must master the methods to assess the functional state of the plants.
Module 4. General genetics and Biostatistics
GMG 2412
General and molecular genetics
3 credits/5 ECTS
Prerequisites: none
2/0/1
This course covers the basic laws of genetics at different organism
level (Drosophila melanogaster - fruit fly, peas, and wheat).
Students master the genetic analysis of the interaction of alleles and
allelic genes, genetics, gender and sex-linked inheritance, linkage
of genes and crossing over, genetic and cytological mechanism of
crossingover, mutation variability, human genetics and genetic
processes in the population. Molecular mechanisms of inheritance
of traits studied at the level of analysis of the fine structure of
genes, in particular the determination of allelism and allelism test,
the molecular mechanisms of mutation and recombination of genes,
the genetic code, gene function and the molecular basis of the
interaction of genes.
- to know: the student should know the basic laws of genetics and molecular
mechanisms of inheritance of traits, genetic experiment to plan and solve genetic
problems.
- schould be able to: plan and carry out experiments with Drosophila; analyse
results of basic research and genetic findings.
BS 3413
Biostatistics
3 credits/5 ECTS
Prerequisites: Mat 1301
1/1/1
Purpose of the course - to give knowledge of biostatistics needed to
analyze the results of scientific research, education of statistical
thinking. The course sets out the basic mathematical and statistical
methods used in biological research, are the patterns of distribution
of random variables, methods of grouping large amounts of data,
engineering calculations and evaluation of selected indicators, the
- to know the location of biometrics and the limits of its use in the biological
research, basic statistical methods and concepts, terminology and symbols of
biometrics;
- Be able to plan a science experiment, analyze and process the results, make
evidence-based conclusions on the basis of biometric data;
- Have the skills of statistical analysis, the ability to work with mathematical and
correlation analysis.
statistical tables.
Module 5. Basics of Biotechnology
BMB 2414
Basics of Microorganisms
Biotechnology
2 credits/3 ECTS
Prerequisites: MV 1407 1/0/1
The course introduces with the fundamentals of design of
microbiological production process from receipt and preparation of
raw materials, obtain a seed culture, cultivation facilities to
isolation, purification and stabilization of the target products.
As a result of the discipline the student will know: methods of cultivation of
microorganisms and preservation of pure cultures; properties of the raw material
and the nutrients contained in them and ensuring growth of industrial strains of
microorganisms; the impact of factors affecting the growth of producers and
biosynthesis of metabolites; basics methods and techniques of isolation and
purification of the products of microbial production.
-Should be able to: use microorganisms as targets for biotechnology research; to
isolate objects from their environment, cultivate them in order to obtain products
and biomass.
-Student be able to use: the primary methods of studying microorganisms as objects
of biotechnology; the methods and techniques of getting a specific product.
BPB 2415
Basics of Plant Biotechnology
2 credits/3 ECTS
Prerequisites: BPF 2411
1/0/1
In the module technologies and the methods applied in
biotechnology of plants are studied. Ways of cultivation of plant
cells in vitro are considered. The main production technologies of
economically valuable products having application in the technical,
food industry, in agriculture and medicine are studied.
-
-to know production technologies of economically valuable products;
-
- to own methods of cultivation of plant cells and tissue;
-
- to be able to use the received theoretical knowledge and practical skills in various
industries, agriculture and medicine
BAB 2416
Basics of Animal Biotechnology
2 credits/3 ECTS
Prerequisites: BAF 2410
1/0/1
The purpose of teaching the subject "Basics of Animal
Biotechnology": the study of the objects of study and the history of
biotechnology, as well as obtaining an overall view of animal
biotechnology and its application in animal husbandry practices.
Study of animal biotechnology reserve; knowledge of the general
applications of biotechnology animals; study the possibility of
applying the knowledge gained to create a maturing of resistant and
highly resistant animals.
The students should know: general biological basis of biotechnological reserve
animals,
and
experimental
methods
of
Animal
Biotechnology.
Be able to: use the theoretical knowledge to implement the science and practice of
animal
have practical skills for the treatment of laboratory animals with microscopic
techniques, laboratory equipment and surgical instruments.
Module 6. Molecular biologу and Genetic engineering
MB 2417
Molecular biologу
3 credits/5 ECTS
Prerequisites: GMG 2412
2/0/1
The course is devoted to main molecular and genetic cellular
processes. It encompasses the physical and chemical basics and
structural organization of pro- and eukaryotic genetic material. The
modern conceptions and study methods of molecular mechanisms
of replication, gene expression, recombination, DNA repair and
their regulation are taken into special consideration.
-to know: physical and chemical properties and levels of organization of pro- and
eukaryotic genetic material; the basic research approaches in molecular biology.
-to know how to: handle all equipment and materials required for lab work; explain
different approaches and methods used for investigating a molecular process from
molecular perspective.
-to have the skills: to use lab equipment; preparing lab reports.
GI 3418
Genetic engineering
3 credits/5 ECTS
Prerequisites: GMG 2412
2/1/0
The course provides with advanced knowledge of various
approaches, methods and techniques used in production and
cloning the recombinant DNA; common genetic vectors, methods
of pro- and eukaryotic cell transformation; in vitro mutagenesis and
clone selection; characteristics of expression and regulation of pro-
and eukaryotic genetic material; applied potential of gene
engineering in medicine, plant selection, biotechnology.
-to know: mechanisms of gene expression regulation; approaches and methods of
recombinant DNA production and cloning; in vitro mutagenesis; selective down
regulation of gene expression with antisense RNA, RNA interference.
-to know how to: handle all equipment and materials required for lab work; explain
different approaches and methods used for investigating a molecular process from
molecular perspective.
-to have the skills: to use lab equipment; preparing lab reports.
Module 7. Industrial and Food Biotechnology
BBI 3419
Basics of biotechnological Industry
3 credits/5 ECTS
Prerequisites: BMB 2414
2/0/1
The purpose of the course - learning the foundations of food
microbiology and biotechnology industries. Sections of the course:
the objects and processes of the biotechnological production; the
security
of
biological
objects
and
biotech
industries;
microbiological and technological bases of fermentation industries;
technological scheme of production of the products of microbial
synthesis; production, using viable microbial cells; immobilized
biological objects; hardware, sanitary and hygienic requirements
industrial equipment and manufacturing processes.
The students should know:
technological
scheme
of
production
of
microbial
bio-products;
principles
of
aseptic
processing;
techniques that provide an exception entry of microorganisms in the production
process;
the
necessary
hardware;
gygiene requirements for production facilities and manufacturing processes.
Be
able
to:
get
a
yeast
biomass;
determine the energy of the yeast fermentation; get apple cider vinegar;
get citric acid superficial and deep way; carry out solid-phase cultivation producing
amylase.
Must own
the: methods of sterilization of media and equipment; skills with the
cultures of microorganisms, maintenance and storage of production strains; ways
of growing seed; methods of laboratory simulation of production processes.
ІВ 3420
Industrial Biotechnology
2 credits/3 ECTS
Prerequisites: BMB 2414
1/0/1
The purpose of the course - familiarity with technological schemes
of microbiological industries, raw materials, equipment, methods,
quality control of finished products, the selection of microbial
strains with increased synthetic ability to meet production
requirements. We will study the conditions for their cultivation.
Specific topics include the theoretical and practical problems
associated with the production of microbial synthesis. Discuss
some productions technology based on the use of microorganisms
for food products and new directions in Industrial Microbiology
related with new raw materials, immobilized cells, high-yield
strains of microorganisms genetic engineering.
Students at the end of the course should:
Know: technological scheme of production of microbial bio-products;
principles
of
aseptic
processing;
techniques that provide an exception entry of microorganisms in the production
process;
the
necessary
hardware;
gygiene requirements for production facilities and manufacturing processes.
Be able to:receive the inoculum; carry out solid-phase cultivation of producers;
carry out a deep cultivation.
Must own
the: skills in industrial microbiology laboratories; methods of storage
of microorganisms; skills to maintain the production of crops; skills to produce
the desired metabolic products of microorganisms.
FB 3421
Food Biotechnology
3 credits/5 ECTS
Prerequisites: BMB 2414
2/0/1
The purpose of the course is the generation of knowledge about
the use of biotechnological processes in the processing of raw
materials of plant or animal origin; industrial use of enzyme
preparations, food supplements and biologically active substances
in food production, the technologies of special purpose products, on
the basis of quality and food safety significance of microorganisms
in damage Food and requirements of sanitation and hygiene in the
food industry, the formation of practical skills in the organization
of food production with the use of biotechnology.
The student will be know about: microflora of raw materials and food products, as
well as the evils of food microbiology with nature; the role of microorganisms in
food processing raw material in the manufacture of food products; the technologies
of special purpose products.
Be able to: to apply the theoretical and practical skills in the use of biotechnological
methods and techniques in the production of food; to carry out the control of food
production and products;
To own: the methods of microbiological testing of raw materials and food products;
the use of different methodological fundamentals of biotechnology techniques in
the food industry.
Module 8. Methodology and Biotechnology of Animals and Plants
MAB 3422
Methodology of Animal
Biotechnology
2 credits/3 ECTS
Prerequisites: BAB 2415
1/0/1
This course details the general biological fundamentals breeding
animals, as well as methods used in biotechnology animals,
artificial insemination, embryo transfer, genetic transformation of
germinal and somatic cells derived allofennyh animals (genetic
chimeras), genetic cloning and transgenic animals.
The purpose of teaching the course - familiarity with the latest
developments of biotechnology animals, the study of modern
approaches and methods of biotechnology of animals used for the
study of theoretical problems in biology and to accelerate scientific
and technological progress in agricultural production and public
health.
Objectives: providing an idea of the general theoretical foundation
-to know: general biological bases of animal biotechnology, experimental
approaches to cell and embryo engineering, principles of cloning and genetic
transformation of somatic and germ cells of animals;
-to be able to: use theoretical knowledge for implementation in science and
practice; carry on well-planned experiments on animal biotechnology;
– to have an understanding of: the practical skills of work with major animal objects
- fruit fly, mouse, rabbit, sheep; with a microscopic technique; laboratory
equipment and surgical instruments.
of biotechnology animals acquire knowledge about experimental
approaches biotechnology animals: cellular and embryological
engineering, cloning, genetic transformation of somatic and germ
cells, an understanding of the application of biotechnology
techniques in the science and practice of animal husbandry and
medicine.
ВHPA 3423
Biotechnology of Higher Plants and
Algae
2 credits/3 ECTS
Prerequisites: BPB 2415
1/0/1
The purpose of teaching course is illumination of a current state of
knowledge of biology of cultivated plant cells as object of
biotechnology and all main directions of biotechnology. Students
have to receive knowledge of methods of cultivation of plant cells,
tissue and organs in vitro, about dedifferentiation- differentiations,
about the theoretical and methodical principles use of cultivated
cells in biotechnology: for receiving important metabolites, for
clanal micropropagations and improvement of plants, for
incompatibility overcoming at the remote hybridization, for
receiving haploids, selection at the cell level, for cell and genetic
engineering, for genofound preservation.
- to know the main directions of plant biotechnology;
- to own a technique of cultivation of plant cells and tissue;
- to be able to apply the received knowledge to increase of theoretical knowledge
and also to apply them in practical activities.
Module 9. Medical biotechnology
MB 3424
Medical biotechnology
3 credits/5 ECTS
Prerequisites: BAB 2415
2/1/0
Medical considering the creation of new biotechnology drugs, the
development of diagnostic methods and systems, new techniques
for the treatment of infectious diseases, methods of effective
vaccines
for
the
prevention
of
infectious
diseases.
- to have the skills of the microbiological control of raw materials and finished
products, development of new biologically active substances, products, food and
medical-prophylactic purposes;
- to have an understanding of biotechnological methods for the development of
vaccines and prevention of diseases in humans and animals, and know the basics of
the biotechnological production of medicines for humans and animals;
Module 10. Methods of biology teaching
MBT 3425
Methods of biology teaching
3 credits/5 ECTS
Prerequisites:none
2/0/1
The module addresses the teaching of biological sciences at the
school, forms of organization of educational process, methods
and instructional techniques of the lessons of biology (ecology),
- the ability to play as a system of knowledge is logically related scientific concepts.
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