The oppositely-charged ions are arranged in a regular way to form a giant ionic lattice. It is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions. Ionic compounds often form crystals as a result.The diagram shows part of a sodium chloride ionic lattice.Now try a Test Bite.t is a 'lattice' because the arrangement is a regular one and 'giant' because the arrangement is repeated many times with large numbers of ions. Ionic compounds often form crystals as a result. The diagram shows part of a sodium chloride ionic lattice. Now try a Test Bite.
Hemolysis, also spelled haemolysis (from the Greek Î±á¼·Î¼Î± (aima, haema, hemo-) meaning blood and Î»ÏÏÎ¹Ï (lusis, lysis, -lysis) meaning a loosing, setting free or releasing), is the rupturing of erythrocytes (red blood cells) and the release of their contents (cytoplasm) into surrounding fluid (e.g. blood plasma).n vitro hemolysis during specimen collection can cause inaccurate laboratory test results by contaminating the surrounding plasma with the contents of hemolyzed red blood cells.
Haemolysis (British spelling) is the breakdown of red blood cells. The concentration of many substances is different inside and outside red cells. This answer is only about haemolysis in blood samples. Most biochemical tests on blood use serum, the liquid remaining after blood has clotted or plasma, the liquid in a sample to which anticoagulant had been added. To obtain serum or plasma a blood sample is centrifuged to separate out the cells or clot.