We are moving!
During the week of May 21-25 The Biology Department will be moving to its new home on the East side of campus: The Bioscience Building, between the Physics/Chemistry building and East Campus Library. The week of the move, it might be hard to get us on the phone, but voice messages and emails will be returned as soon as possible. Come visit our new home after May 29th!
See photos of its construction

Spotlight on undergraduate research:
Miranda Sowder has spent four semesters and one summer working in Dr Marta Bechtel’s lab on a project trying to artificially engineer a cornea (the clear covering on the front of the eye). She has spent some long hours in the lab, doing two- or three-day long time series analyses of cell cultures, but she doesn’t seem to mind. Read more ...

IDLS students Emily Quinn and Rachel Kinkaid (GSCI 166- The Environment in Context) teaching photosynthesis and how it relates to CO2 levels in the atmosphere to children at Building Bridges Preschool (shown here with Cadyn Lucas). The children went on a leaf walk, made posters, looked at stomata under the microscope and made dioramas about CO2 in the environment.

JMU alum Tom Buckley, Sonoma State University Biology Department , will be the keynote speaker at this year's Biosymposium, which will be held on April 12th & 13th. His talk is entitled "The poetry of nature is written in calculus: Why biologists need intensive immersion in applied mathematics and computation." More on Biosymposium

Undergraduate research student, Ben Stanley, in the May Lab samples Cerion on San Salvor Island, the Bahamas. Ben is pursuing the legacy of Stephen Jay Gould as he explores spatial variation in shell morphology of the land snail Cerion sp.

Undergraduate researcher Matt Wallace (pictured here with his adviser, Mark Gabriele) recently won top prize for Best Presentation at the 24th annual CVCSN (Central Virginia Chapter of the Society for Neuroscience) Symposium held at Virginia Commonwealth University on March 16th 2012. The theme of the meeting was "Wiring the Nervous System: Mechanisms of Synaptic Targeting."

This week, JMU’s Relay for Life team is holding a fundraiser. Biology professors who have donated will be wearing Relay for Life t-shirts, and further donations can be given to them or put in the jar in the Biology Department office. Please do your bit to help fund cancer research this week!

Students in Geology and Ecology of the Bahamas field course (BIO/GEO 400) spent spring break at the Gerace Research Center on San Salvador Island. The group investigated geologic evidence for historic sea level changes and contemporary coral reef environments.

Graduate student Molly Bletz and her adviser Dr Reid Harris sampling newts in the George Washington National Forest. The Harris lab does research on the microbial ecology of amphibian skin, especially in the context of bacterial interactions with the lethal skin fungus, Batrachochytrium dendrobatidis, which is causing many amphibian populations to decline or go extinct.

Spotlight on graduate students: Marcus Skaflen. Malaria infects hundreds of millions of people every year and is caused by the parasite Plasmodium falciparum, which has an extremely rapid replication rate. My research focuses on a P. falciparum gene, which, when disabled, reduces the number of new parasites produced in a 48 hour cycle from 20 to 12. Together with SRI, I will be studying how the protein made by this gene affects the parasite's growth. More Grad student profiles.

Spotlight on graduate students: Caylin Murray. The unfolded protein response is a stress-induced cellular response initiated when proteins are improperly managed by the ER. The main function of this response is to maintain cellular homeostasis, but it can also initiate a caspase cascade that leads to apoptosis. We aim to understand this apoptotic pathway via manipulation of the unfolded protein response in C. elegans. More Grad student profiles.

Spotlight on graduate students: Andy Loudon. Chytridiomycosis is a cutaneous amphibian disease that threatens global amphibian diversity. The causal agent is the fungal pathogen which has been shown to be inhibited by skin bacteria. I will look at the effects of seasonality and climate change on the dynamics of microbial communities and presence of anti-fungal bacteria on amphibians. More Grad student profiles.

Spotlight on graduate students: Jade Irby. My research focuses on the development of novel amphiphiles with unique activity against pathogenic microbes. Previous work has shown that activities of bicephalic amphiphiles were affected by chain length of the hydrophobic tail and the head group positioning. My research expands on this work, using novel amphiphiles with substitutions in the head group and/or a hydrophobic tail. More Grad student profiles.

Spotlight on graduate students: Matthew Eddy. Joint pain is a common symptom of Dengue fever. My research looks at the interactions between chondrocytes and the viral E protein of the Dengue virus to better understand the relationship between the virus and joint pain. We aim to identify what genes are being expressed in response to the E protein and, secondly, to see if E protein influences macrophages, which, in turn, effect chondrocyte gene expression. More Grad student profiles.

Spotlight on graduate students: Marc Carpenter. In the Mott lab, our research interests include water quality, soil micro, survival of pathogens in the environment, antibiotic resistance, and Vibrio vulnificus. My current research is looking at persistence of the fecal bacteria, enterococci, in agricultural soils under different environmental conditions because soils have been shown to be a source of contamination and may pose threats to the water quality. More Grad student profiles.

Spotlight on graduate students: Molly Bletz. In the Harris lab our goal is to contribute to the conservation of amphibians threatened by a fungal pathogen. We investigate the cutaneous microbial ecology of amphibians and how this plays a role in disease resistance and susceptibility. My research will explore two questions: (1) How are beneficial microbes maintained on the amphibian skin? and (2) Can these microbes be transferred between conspecific individuals? More Grad student profiles.

Students in BIO432/526 (Microscopy) have been uploading images to a photoblog all semester. They find interesting looking objects at home or on their travels, bring them in and take photos of them on the microscopes, using the various microscopy techniques they learn in class. This one is an autofluorescing insect leg, seen under three different colors of light. See the rest.

On September 3, a group of JMU Biology students, led by Billy Flint embarked on the annual South River Cleanup. They divided into two groups and each group very thoroughly cleaned a 1-2 mile section of the South River in Waynesboro - from Canoes. As always, this resulted in canoes piled high with an astonishing array of trash and debris. See the photos.

Students in Freshwater Ecology (BIO 459) sample freshwater mussels at the Aquatic Wildlife Conservation Center during a weekend field trip to southwest Virginia. Freshwater mussels are one of the most endangered groups of organisms in North America, and our region hosts great diversity in these amazing organisms.

The research of Dr Reid Harris and his students will be featured in a documentary airing on the Smithsonian Channel in October. The documentary follows one of the causes of massive population decline in amphibians, and some of the solutions that are being developed. The program will go to air on October 12th and 13th. Watch the trailer.

Undergraduate research assistant, Ben Stanley, investigates freshwater mussels in a northern California river. Ben is working with Dr. Christine May to develop an understanding of how flood disturbance affects the western pearlshell mussel (Margaritifera sp.).

Rising senior Katy Holmes has been doing an internship at the Institute of Marine Mammal Studies in Mississippi for 12 weeks this summer. She has been assisting with research on wild dolphin populations, stranding responses, animal care and rehab, and necropsies. Watch a video of a TV news story of a turtle release in which she participated.

Biology graduate student Julia Stutzman is featured in an article on the JMU website describing her research on plants of the Galapagos Islands.

Read the full article.

Meet the Biology Department's newest recruits! Pictured: Dr Alex Bannigan with Hamish (2 weeks old), Dr Heather Griscom with Adeline and Genevieve (8 weeks old) and Dr Patrice Ludwig with Frankie (14 weeks old), all born this spring.

Spotlight on Graduate Students: Stephanie Wolf. I am working with Ring-tailed lemurs and Coquerel's sifakas in Dr Wunderlich's lab, measuring postcranial morphology and locomotor behavior through ontogeny. I anticipate graduating in May 2011. More Grad student profiles.

Spotlight on Graduate Students: Julia Stutzman. My thesis project is on some of the endemic members of the Cordia plant family in the Galapagos Islands. I am very passionate about plants, but also species and habitat conservation in general, particularly of fragile environments, like those found on the Galapagos Islands and other tropical areas. I really enjoy teaching, and I plan to pursue teaching at the collegiate level. More Grad student profiles.

Spotlight on Graduate Students: Kristina Silke. I am studying the influence of sex hormones and exercise on the risk for sports related injuries in college athletes in the Wunderlich Lab. I measure how ankle laxity and plantar pressure change across weeks of the menstrual cycle as well as before and after muscular fatigue. I plan to graduate in May 2011 and then attend physical therapy school. More Grad student profiles.

Spotlight on Graduate Students: Bryan Saunders. Our research works with the immune response to parasitic diseases. In particular, I focus on how a cytokine know as interleukin-3 influences host immunity when infected with Leishmania parasites. The Lantz lab hopes to establish the functions of interleukin-3 and use them in the development of therapeutic and prophylactic treatments. More Grad student profiles.

Spotlight on Graduate Students: Carley Muletz. Chytridiomycosis, an emerging infectious disease, is decimating amphibian biodiversity worldwide. In Dr. Harris's lab, amphibians' mutualistic bacteria have been shown to mitigate chytridiomycosis. For my thesis, I am testing the efficiacy of using soil bioaugmentation (the introduction of beneficial microbes into the environment) to prevent further amphibian declines driven by chytridiomycosis. More Grad student profiles.

Spotlight on Graduate Students: Sara Heltzel. My research investigates variation in the more vulnerable caudal branches of the external carotid artery. The external carotid artery has a highly variable branching pattern, and gender groups and neck side may exhibit differential frequencies of arterial variation. The results of this study could be used to reduce iatrogenic injury to neck vasculature during emergency surgical interventions. More Grad student profiles.

"Looking Closely" - an exhibition of images by biology students and photography students will be held at JMU's Institute for Visual Studies (208 Roop Hall) Feb 1-Apr 5. More information about the exhibit is available on the IVS website.

JMU students Michael Belovitch, Liz McCalister and Laura Robinson learn about rice production in a village in Eastern Madagascar as part of the JMU in Madagascar program (www.jmu.edu/international)

Students in BIO124 (Ecology and Evolution) Lab, identifying leaf-litter invertebrates that have colonized some cover-boards that they set out and then will calculate community diversity for their different cover-board sizes - the students learn about community diversity, and island biogeography.

Dozens of Biology students are doing research in laboratories in the Biology Department all the time. Students can do independent research in a lab for credit or as part of the Honors program. It's great experience that can provide an insight into what research is really like. Visit the Research page to find out how you can get involved. Or, read profiles on some of the students and their projects: Student profiles

On October 5th, an article appeared in the New York times that describes a field experiment underway in California that is based on a lab study conducted by the Harris lab. The experiment is testing the effectiveness at using a beneficial bacterium to counteract the devastating effects of a parasitic fungus on amphibian populations. Read the article.

The Biology Department will be getting a new home in 2012! Construction is due to begin any day on the East Campus, between the East Campus Library and the Physics/Chemistry building.

An article and video about the project appear on the JMU Office of Public Affairs website.

On Saturday September 11th, 9 students went out on South River with Billy Flint and Chris Rose, to clean it up. They retrieved, amongst other things, shopping carts, car parts, a bed frame and countless plastic bottles. If you would like to be involved in this kind of thing, consider joining TriBeta, the student Biology club. See more photos

An article about research being conducted in Reid Harris' lab appeared in Scientific American on July 12, 2010.

The research investigates the role of a skin bacterium in combating a deadly fungal infection in frogs and salamanders. The work of recently graduated Master's student Brianna Lam is featured. Read the Article.

Gills of the fungus Lepiota lutea, viewed with a dissecting microscope. Image taken by Microscopy student Devon Cowan. Students in BIO427/526 (microscopy) are taking a picture a week and posting them to the class blog. At the end of semester, students will submit their favorite image to a competition. The winner will be decided by popular vote.See more beautiful images taken by students.

Undergraduate student Theresa Russo's ('09) image of antibody-stained pro-apoptotic protein CED-4 in an early C. elegans embryo. In healthy cells not undergoing apoptosis, CED-4 is present and appears localized to the perinuclear region, where it is held inactive. Our research program focuses on correlating the localization of apoptotic proteins with the induction of apoptosis in different genetic backgrounds. Image courtesy of the Bloss lab.

Juvenile steelhead trout (Oncorhynchus mykiss) in streambed gravel. This species spends part of its lifecycle in the freshwater environment and part in the marine environment.

Students in the May lab are studying how accelerated erosion affects egg and juvenile fish survival.

Image courtesy of graduate student Morgan McHugh.