AboutMarmoHub.org arose out of a community consortium for supporting and promoting the marmoset model in biomedical research. The marmoset model provides a unique opportunity for generating scientific breakthroughs that translate to understanding human health and disease.
Note: First annual meeting 2019 Marmoset Bioscience Symposium to be held on October 17 in Chicago
How current marmoset research relates to the NIH's mission and the missions of individual ICs.
NIH’s mission is to seek fundamental knowledge about the nature and behavior of living systems and the application of that knowledge to enhance health, lengthen life, and reduce illness and disability.
Marmoset Focus Group Webinar, January 24, 2019
For access, contact email@example.com
Lauri Nurminen PhD (Postdoc, University of Utah) -- Optogenetic manipulation of cortical feedback connections in marmosets
Jude Mitchell, PhD (Assistant Professor, University of Rochester) -- Methodologies for visual neuroscience in marmosets
Zachary Davis, PhD (Research Associate, Salk Institute) -- UTAH arrays in marmosets: scientific opportunities and challenges
SfN Marmoset Bioscience Symposium 2019
SfN Marmoset Social 2019
The annual, SfN marmoset social will take place during the main meeting in Chicago, IL.
- Hosts: Jude Mitchell (Rochester), Pawan Sinha (CSHL)
- Special Guests: TBA
ResourcesShared resources disseminated by the marmoset research community
The Miller lab at the University of California San Diego are seeking highly motivated post-doctoral fellows to participate in a research program aimed at elucidating the neural basis of natural behavior in the primate brain. There are positions for each of the following two projects testing freely-moving marmoset monkeys:
- (1) Neural basis of Vocal Communication. These experiments examine the role of the ventral cortical pathway for vocal signal recognition during natural marmoset vocal interactions.
- (2) Spatial Navigation. These experiments build on our recent identification of place cells in marmoset hippocampus during free-navigation to further explicate spatial encoding in the primate medial temporal lobe.
The positions are funded through two NIH R01 grants and are available immediately. Salaries will be based on experience and the NIH post-doctoral scale.
For more information or to apply for the position, please contact firstname.lastname@example.org.
Applicants should send a CV, brief statement of interest and a list of 2 references.
Behavioural Neuroscience in Dept. of Physiology, Development & Neuroscience: The Roberts lab is a behavioural neuroscience lab that investigates the prefrontal control of negative and positive emotion with an aim to understand the multi-determined nature of anxiety and depression. It uses a wide range of neurobiological techniques including neuroimaging, chemogenetics, wireless recordings of cardiovascular activity, pharmacology and sophisticated cognitive testing. We are looking for an intellectually curious and highly motivated postdoc to join a collaborative, like minded group of researchers in pursuit of this aim. The post is based at purpose-built facilities within the University of Cambridge. Applicants should either have, or will shortly be awarded a PhD in behavioural neuroscience or related disciplines. Previous experience in neuroimaging, virally mediated methodologies or neuropsychopharmacology is highly desirable.
Salary: Research Assistant/Associate grade
Limit of tenure: 31/03/2021 in the first instance.
To apply please contact Professor Angela Roberts (email@example.com)
Closing date: Friday 24 May 2019.
fMRI of Voice Perception in Marmosets: A postdoctoral position is opened from October 1st, 2019 for at least two years in Pascal Belin’s Neural Bases of Communication team at the La Timone Neuroscience Institute in Marseilles, France. The position is to contribute to the European Research Council funded project A Comparative Study of Voice Perception in Primates (COVOPRIM). Project COVOPRIM started in 2019 and aims to compare the perceptual and neural bases of voice perception across marmosets, macaques, baboons and humans. A key aim of COVOPRIM is to test the hypothesis of a primate “voice patch system” suggested by earlier findings (Belin et al, 2000; Petkov et al. 2008; Sadagopan et al., 2015). The postdoctoral fellow will be in charge of developing the marmoset auditory fMRI program in Marseilles. His/her missions will be to organize and ensure, in coordination with other staff involved, the optimal acquisition on a small animal 7T Brucker system of BOLD signal measures in either awake or anesthetized marmosets during auditory stimulation; and to develop and implement adequate analysis pipelines for analysis of these data and optimal testing of the project’s hypotheses. The successful candidate will have a PhD in Neuroscience, Cognitive Neuroscience, Neurophysiology or related area, solid programming skills, and mandatory experience with acquisition and analysis of small animal, preferentially marmoset, fMRI.
To apply please send your CV, motivation letter and the names of two potential referees at firstname.lastname@example.org before the closing date of July 1st, 2019.
A postdoctoral position is available in the laboratory of Professor John Reynolds at the Salk Institute. We have recently discovered the existence of spontaneous traveling waves in Area MT of the common marmoset. Using methods adapted from fluid dynamics, we can detect and track these waves in real time. We find that they modulate the strength of stimulus-evoked responses and regulate perceptual sensitivity. The postdoctoral fellow will work with Dr. Reynolds on a project investigating the properties of these traveling waves and their role in perception. The project will combine computational modeling, multi-channel electrophysiology, visual psychophysics and cutting edge primate optogenetics. The position is fully funded for two years, with the potential for extending funding upon successful completion of initial project goals. The candidate should have training in one or more of the following areas: computational neuroscience, electrophysiology, visual psychophysics.
If interested, send a CV and 2-3 letters of reference to Sally Ganley -- email@example.com
The Nauhaus and Huk Labs at UT Austin are seeking applications for a postdoc. The position is available immediately, but start time is flexible.
Our labs are working together to investigate visual cortical circuits in the marmoset. Current projects are focused on using novel optical-genetic techniques for monitoring and manipulating responses across cortical areas to understand mechanisms of interareal transformations.
To be considered, the candidate must have performed neural recordings and analyzed their data with rigor. The preferred candidate will also have experience with genetic approaches to functional characterization of neural circuits.
The Huk and Nauhaus Labs are part of the Center for Perceptual Systems at UT Austin, which offers a highly collaborative and interdisciplinary environment to study the brain at multiple scales.
If interested, please send a CV to firstname.lastname@example.org and email@example.com
The SNPRC located at the Texas Biomedical Research Institute in San Antonio, Texas, invites applications for the Associate Director for Research Resources position. The Associate Director will advise and assist the Director of the SNPRC on organizational structure and operations (administrative, veterinary and fiscal) and in day to day activities; fill in for the Director during his absence and attend NIH-NPRC Director’s meetings. The Associate Director for Research Resources will also conduct independent research and manage the P51 base grant...
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