Drones are pecked to to be the hot holiday gift this season. The new rules for drones would require most of them to be registered with the government. And the faa wants to get the law in place as soon as posable. Jen lahmers is here. Jen . Reporter how you popular drones have become and thing frightening store is where heard about drones coming too close to commercial jets and a crashing into public spaces. The faa has been trying here. This his the feds first step to regulating what has become a massive industry. This is a large drone. Reporter jonathan is fascinated by aerial view and built a career now, he wants to try it using drones. When the drones started coming out, said, i got to check this out because, for me, a drone is essentially, a hurry picker on steroids. Reporter by the end of the crear, countless other Drone Operators flying in u. S. Air space may have to reg for the drones with the government according to a new proposal by the faap and dep of transportation. Registra
A gene is a section of DNA.
Hormones play an important role in mammalian reproduction. So when something goes wrong with them, a lot of other things can go wrong too. A University of Wyoming researcher is trying to figure out exactly what role misregulation of the hormones estrogen and progesterone play in female reproductive diseases like endometriosis, which affects one in ten women.
Jim Pru is a professor and the Rochelle Chair in the Department of Animal Science. His lab turns genes, which are responsible for the production and regulation of hormones, off and on one at a time in special knockout mice to learn what they do. A knockout mouse is a term for a genetically modified mouse that has a gene inactivated or knocked out by an artificial piece of DNA. They are important animal models for studying the role of genes that have been sequenced but whose functions haven t been determined yet.
USDA ARS $1.65 million National Institutes of Health grant to fund study of genetic disruptions that lead to infertility, disease.
University of Wyoming scientists will use a $1.65 million National Institutes of Health grant to continue research into understanding endocrine signaling mechanisms between the ovary and uterus that contribute to infertility and diseases when disrupted.
The cost of faulty endocrine (hormone) signaling between the ovary and uterus to humans and agriculturally important domestic species is tens of billions of dollars a year, said Jim Pru, professor and Rochelle Chair in the College of Agriculture and Natural Resources.
Pru’s laboratory was first to evaluate the expression and function of a family of genes called the progesterone receptor membrane component (PGRMC) family, which mediate some of the actions of the female sex steroids estrogen and progesterone in the female reproductive system.
May 13, 2021
Jim Pru
University of Wyoming scientists will use a $1.65 million National Institutes of Health grant to continue research into understanding endocrine signaling mechanisms between the ovary and uterus that contribute to infertility and diseases when disrupted.
The cost of faulty endocrine (hormone) signaling between the ovary and uterus to humans and agriculturally important domestic species is tens of billions of dollars a year, says Jim Pru, a professor and the Rochelle Chair in the UW College of Agriculture and Natural Resources.
Pru’s laboratory was the first to evaluate the expression and function of a family of genes called the progesterone receptor membrane component (PGRMC) family, which mediate some of the actions of the female sex steroids estrogen and progesterone in the female reproductive system.