es with his close friends and family.
Roger is preceded in death by his parents, Melvin and Marion Scott and his nephew, Craig Noggle.
Ivanelle Martha Caroline Garms, 95, of Monona, Iowa died Thursday, December 19, 2019, at Good Samaritan Center, Postville, Iowa. She was born May 14, 1924, to Lorenz Sr and Adele (Fascher) Lenth in rural Luana.
On June 6, 1943, Ivanelle was united in marriage with LaVerne Garms at St. John Lutheran Church in Luana. They were married 67 years and farmed near Monona until their retirement. In their later years they resided at the Garden View Living Center in Monona.
Ivanelle is survived by her five children, Wayne (Lois) Garms of Monona, Judy (Rex) Carlson of Woodbury, Minnesota, Keith (Kathy) Garms of Elkader, Kristy (Joey) Rigdon of Fairbank and Laurie (Phil Steffen) Garms of Dubuque; nine grandchildren and 11 great-grandchildren.
Verna Anna Medberry, 96, of West Union, Iowa, formerly of Volga and Elgin, Iowa passed away on Thursday, December 19, 2019, due to natural causes. Verna was born October 1, 1923, the daughter of Henry W. and Sabina Gross at her family’s Eldorado, Iowa farm home. She attended Dover Number 2 School in Eldorado until she entered West Union High School. She continued her post-secondary education at Cedar Rapids Business College and upon graduation 1942 was employed at 1st National Bank, West Union, Iowa until her marriage to Glen Medberry August 14, 1949. They farmed north of Volga, Iowa until retiring to Elgin, Iowa. Glen passed away Feb. 10, 2014. Verna resided at Stoney Brook Village, West Union, Iowa, the past five years.
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Ti-ci págine esset redactet ultim vez li 21 novembre 2008, clocca 06:41.Previous research has shown that transient receptor potential channel A1 is one of the important transducers of noxious stimuli in the primary afferents. The latter may contribute to generation of neurogenic inflammation and hyperalgesia.
However, there is no direct evidence that activation of transient receptor potential channel A1 contributes to neuropeptide release from primary afferent neurons. A recent study by Yi Dai and team from Hyogo College of Medicine in Japan demonstrated for the first time that allyl isothiocyanate (AITC; also known as mustard oil) activates transient receptor potential channel A1, resulting in calcitonin gene-related peptide release from the cultured rat dorsal root ganglion neurons. Knockdown of transient receptor potential channel A1 with an antisense oligodeoxynucleotide prevented calcitonin gene-related peptide release by allyl isothiocyanate application in cultured dorsal root ganglion neurons. Thus, the researchers concluded that transient receptor potential channel A1 activation caused calcitonin gene-related peptide release in sensory neurons. These findings were published in the Neural Regeneration Research (Vol. 8, No. 32, 2013).
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Thursday has gone to the dogs at Okanagan College’s Kelowna campus.
Four-legged visitors made a guest appearance on campus to help stressed-out students relax during midterms.
Elena Hoath is in 12 classes this semester and found solace with Chester, a white fluffy gentle giant.
“I’m in the Therapist Assistant Diploma and pet therapy is so beneficial, it’s cool to see it being utilized. It’s like all the stress isn’t happening right now,” said Hoath.
Chester along with the Pets and People Visiting Society go to the airport, hospitals, schools, nursing homes and other events to help people relax and have fun with the dogs.
Cindy Lewthwaite has been bringing three-year-old Chester to events for a year now and says that she loves watching him be a star and bringing joy to people.
She became involved when she was picking up her children from the airport last year and people were petting Chester while they waited for the plane to arrive. She was approached by someone about the society and has been a part of it ever since.
Brady Wilson, a science student at the college was pleasantly surprised to find out there would be dogs on campus.
To volunteer with the Pets and People Visiting Society visit www.petsandpeople.ca.
Septic tanks are a common domestic plumbing feature for homes not connected to the city or municipal sewer system. The septic system usually consists of a buried tank connected to the home’s pipes. As part of the wastewater treatment process, the septic system allows solid waste to sink to the bottom of the tank to be periodically pumped out.
Even the best-designed septic tank will eventually produce an odor or cause sewage back-up into the pipes if not properly maintained, including regular cleaning and pumping. Therefore, it is critical to regularly have your septic tank cleaned. This article explores some things you need to know about septic cleaning.
Why is Septic Tank Cleaning Important?
Everything that goes down your drain, including all kinds of wastewater, ends up in your septic tank. Essentially, your home pipes directly connect to the septic tank. Consequently, a full tank can be a major health hazard for your household, with filthy water or sewage backing up into the house, including the kitchen sink, toilet, and bathroom.
A full septic tank is usually due to a need for proper and routine maintenance. Besides the risk of making your family sick, you don’t want the resulting mess, hence the need to routinely clean up your septic tank.
You should know the exact location of your septic system, including the drain field.
You should not drive or park on your drain field.
You should only treat your septic system with an enzyme/bacteria treatment specifically for septic tanks.
While you can plant grass over or near your drain field, you should avoid planting trees or shrubs as their deep roots can grow into the septic system and disrupt its normal functioning.
You should have a professional inspect your septic system every three to five years and pump or clean it depending on its condition.
How Often Do You Need to Clean Your Tank?
Even though you should pump your tank based on the recommended schedule or as needed, a septic tank maintenance expert can guide you on how frequently you need to pump and clean your tank.
Besides the industry-recommended schedule, your wastewater system can be a good indicator of when to clean your septic tank. For instance, you might notice water puddles in the bathroom or water draining slower from the kitchen sink.
Additionally, you may experience the presence of odors where the tank is located or from your pipes. There may also be odor around your drains.
Another indicator that your tank is due for pumping or cleaning is when it begins to overflow. Septic tank overflow is usually characterized by pools of water and waste around the location of the tank. It is, therefore, critical to know the exact location of your septic tank to be on the lookout for an overflow.
If you suspect that your septic tank might be due for a cleaning, you can contact our septic tank experts at Curtis Plumbing. We are a leading plumbing company in Tucson, Arizona. We are committed to solving all your septic tank needs, including cleaning, inspections, maintenance, and repairs. Contact us today for an emergency fix, to book an appointment, or to ask about our services.I’ve never lived alone. I’m 39 this year. My parents live on a farm and I only learned to drive a few years ago, so I had to move out fully when I finished college. I lived in shared houses in Dublin, with 3 or 4 others during college right up to 2017. 

I got married in 2015 but we couldn’t afford to move out on our own for another 2 years. We were very lucky to buy our own 3 bed semi in the ‘burbs. 

My husband is from Dublin and only moved out of his parents house into a shared house with me and 3 others at the age of 32. If my parents lived nearer anywhere I could get work I probably would have been the same.

We have a 2 year old and are fully prepared for him to live with us until his 30s.Revealing potential functions of VBNC bacteria in polycyclic aromatic hydrocarbons biodegradation

The bioremediation of polycyclic aromatic hydrocarbon (PAH)‐contaminated sites is not running smoothly, because of the lower activity of PAH‐degrading bacteria in actual bioremediation applications. The phenomenon of “viable but nonculturable” (VBNC) state may be a main limiting factor for their poor biodegradation capabilities of PAHs. Due to their abilities of entering into the VBNC state, most of bacterial populations with PAH‐degradation potential remain unculturable. Resuscitation of VBNC bacteria will enhance the degradation capability of indigenous bacteria which will eventually obtain their better capabilities in environmental bioremediation. Although evidences have been presented indicating that resuscitation of VBNC bacteria in polychlorinated biphenyl (PCB)‐contaminated environments not only significantly enhanced PCB degradation, but also obtained novel highly efficient PCB‐degrading bacteria, scanty