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Baboons groom each other early in the morning so that they would be favored through the rest of the day, reveals a new study.
Novel Compound Treats Both Blindness and Diabetes in Animal Studies
A chemical compound discovered by scientists treats both blindness and diabetes in rats and mice.
A chemical compound discovered by scientists treats both blindness and diabetes in rats and mice.
Claudia Sick, MSc biologist, said that they investigated whether diurnal changes in the value of one commodity, tolerance at shared food patches, lead to diurnal patterns of affiliative interaction, namely grooming.
This study found that social strategies of baboons could vary across the day and the findings suggested that group-living animals optimize certain elements of their social strategies over short periods of time and it was also indicated that social strategies might be even more flexible and optimized over even shorter periods that previously appreciated.
Study Looks into Effect of Thyroid Hormone in Protecting Neuron Function in Aged Animals
Researchers led by Professor Ailing Fu at School of Pharmaceutical Sciences, Southwest University, China are conducting a study on a group of aged mice.
Researchers led by Professor Ailing Fu at School of Pharmaceutical Sciences, Southwest University, China are conducting a study on a group of aged mice.
Source-ANI
Court Crackdown on Consumption of Endangered Animals in China Lacking Sufficient Bite
Despite courts banning the consumption of endangered animals in China, shops continue to openly display cages of porcupines, tortoises and snakes in the market.
Despite courts banning the consumption of endangered animals in China, shops continue to openly display cages of porcupines, tortoises and snakes in the market.
Animal Testing Methods for Endocrine Disrupting Chemicals Should Change
Challenging risk assessment methods used for decades by toxicologists, a new review of the literature suggests that oral gavage, the most widely accepted method of dosing lab animals to test chemical toxicity, does not accurately mimic how humans are exposed to chemicals in everyday life.
Challenging risk assessment methods used for decades by toxicologists, a new review of the literature suggests that oral gavage, the most widely accepted method of dosing lab animals to test chemical toxicity, does not accurately mimic how humans are exposed to chemicals in everyday life.
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