News

Zinc deficiency before conception disrupts fetal development

Female mice deprived of dietary zinc for a relatively short time before conception experienced fertility and pregnancy problems and had smaller, less-developed fetuses than mice that ingested zinc during the same times, according to Penn State researchers including Francisco Diaz and Thomas Neuberger.

Key factor in neonatal zinc deficiency may impact lactation and breast cancer

Huck Institutes affiliate Shannon Kelleher and Penn State graduate student Steve Hennigar advance scientists' understanding of zinc's role in breast development, lactation, and involution.

Kamat Places Third in 29th Annual University-wide Graduate Exhibition

Kamat, a Ph.D. candidate in the Department of Animal Science, is a member of the graduate program in immunology and infectious disease.

DNA study gives insight into the evolution of food crops, other flowering plants

New light has been shed on a major event in the history of life on Earth the origin of all major food crops and all other flowering plants with the publication of the newly sequenced genome of the Amborella plant by researchers including Huck Institutes faculty members Claude dePamphilis, Hong Ma, Stephan Schuster, Naomi Altman, and Michael Axtell, and graduate student Saima Shahid.

USDA announces EPA registration of gonacon immunocontraceptive vaccine for white-tailed deer

Collaborative study with the National Wildlife Research Center to address deer overpopulation in many areas across the United States. This research focuses on developing safe and effective ways for the long-term contraception of deer.

Huck Institutes seek new Associate Directors for positions in science leadership

The Huck Institutes wish to appoint a series of new Associate Directors to work with the management team and help in developing new initiatives.

Textbook for Domestic Animal Reproductive Genomics

Center member Troy Ott co-edited "Reproductive Genomics in Domestic Animals," a thorough examination of genomics in the livestock industry, encompassing genome sciences, genome biotechnology, and reproduction.

Ancient gene family linked to the future of epileptic seizures

A potassium-channel gene belonging to an ancient gene family more than 542 million years old is opening new avenues in epilepsy research, and may one day allow researchers to develop more effective drugs with fewer side effects for the treatment of epileptic seizures.