The Sun lab in the Department of Genetics at Yale University School of Medicine has a fully funded postdoctoral or associate research scientist position open.
The Sun lab focuses on the function of cilia and the etiology of ciliopathies, particularly polycystic kidney disease and primary ciliary dyskinesia. Originally established as a zebrafish lab, the Sun lab has expanded into mouse and cell culture to translate novel findings to clinically more relevant systems. Our interdisciplinary research has taken us into fields that span genetics, chemical genetics, biochemistry, developmental biology, and imaging. More details can be found at https://www.sun-lab-yale.org/ . Current key questions include tissue-specific functions of cilia in epithelial cyst formation and interstitial fibrosis in the kidney, the building of motile cilia in zebrafish and the mammalian airway, and chemical-genetic interactions in zebrafish ciliopathy models.
We are seeking a motivated, creative, and open-minded candidate who is ready to explore all the opportunities available in our vibrant research community. We expect the candidate capable of logical reasoning and robust experimental design and execution. The candidate is also expected to be proficient in molecular and cellular biology. Both zebrafish and mouse models will be used. Although not pre-requisite for this position, experience in the two model organisms is a plus. The Sun lab is dedicated to career development of all lab members and welcome applicants of diverse backgrounds.
Interested applicants should email a one-to-two-page cover letter that describes research experience and future goals, CV and names and contact information of three references to:
The group
We are inviting applications for a postdoctoral position within the Zebrafish Neuronal Networks group at the Dept. of Immunology, Genetics and Pathology (Uppsala University, Sweden). Our research group currently consist of two post-docs, one PhD student and a lab-manager. We investigate the formation and function of neuronal networks in zebrafish, with a focus on the locomotor network in the spinal cord (established research line) and emotional processing in the brain (new research line). Our goal is to connect the formation of a neuronal circuit with its functionality at both a cellular and an organism level. We do this by using a range of techniques to reveal how cells are generated and integrated within a network and how their activity affects behaviour. For example, we employ CRISPR/Cas9 mediated knock-in to label new neuronal populations to observe their integration within the nervous system through time-lapse imaging taken with Confocal and Light-Sheet microscopy. To study the function of specific neurons within a circuit we use optogenetics and calcium imaging combined with the analysis of animal behaviour. Furthermore, we use single cell RNA sequencing to identify subspecialization within neuronal populations and aim to establish viral tracing to investigate the connectome of defined neuronal populations.
For more information regarding our research, see the links below:
Uppsala University
Uppsala is a university city of 172.000 people that cater to all needs in a picturesque setting located only half an hour by train from the capital Stockholm. Uppsala University was founded in 1477 and has 46.000 students and 7.300 employees. The department offers courses in pedagogics and plenty of teaching opportunities for those aspiring an academic career. There are possibilities of entering mentoring programs and both the department and university have active post-doc associations.
The applicant
Applicants should have demonstrated outstanding performance throughout their previous studies by publications in peer-reviewed international journals. The candidate should be highly motivated, organized, and able to work independently. Strong English skills, both written and spoken, are required. Candidates should have a PhD degree and practical experience in one or more of the following is desired and meriting:
Zebrafish as a model system (Felasa C)
Optogenetics
Calcium imaging
Viral tracing in neurons
Single cell RNA sequencing
Data analysis using MATLAB or Python
Light-sheet, confocal, and/or 2-photon imaging
Electrophysiology
The positions are available immediately, with funding for 1 year with the possibility of an extension. Interested candidates should send their applications; cover letter including a brief statement of research interests and technical expertise, CV, publication list, as well as contact details of references directly to Dr. Boije (henrik.boije@igp.uu.se).
https://bc.csod.com/ux/ats/careersite/2/home/requisition/8788?c=bc
This person will work under the supervision of Dr. Sarah McMenamin and Dr. Juan Manuel Gonzalez Rosa. They will assist with all aspects of running the fish room facility to include feeding of zebrafish, maintaining cleanliness, preparing solutions, helping with ordering, organizing site visits for maintenance, training and educating undergraduate researchers, and other general aquaculture and system maintenance.
Requirements: Demonstrated experience in maintaining aquatics facilities is required. Must have an understanding of the basic theory and scientific principles involved in zebrafish husbandry and should have a basic understanding of the research projects in the relevant labs. Must be able to effectively communicate in both written and verbal forms with all members of the labs. Employee must be willing to be available for emergencies in the facility at unpredictable times, and must have manual dexterity, ability to lift 25 pounds and a tolerance for warm and wet working conditions.
The Zebrafish Aquaculture Facility at NYU Grossman School of Medicine has a position available for a Research Associate starting in late June-August 2024. The Research Associate will work in a team setting to support scientific research in the labs of Drs. Holger Knaut (https://www.knautlab.org/) and Jesús Torres-Vázquez (https://med.nyu.edu/faculty/jesus-torres-vazquez).
Responsibilities:
Oversight of our zebrafish aquaculture facilities, breeding, and rearing zebrafish, including genotyping and phenotyping, and assistance with experiments investigating the genetic regulation of zebrafish development. The position is ideally suited for those aiming to get laboratory experience prior to pursuing a higher degree.
Eligibility (apply if you meet all of these criteria):
B.S. or M.S. in Biology, Fisheries or related fields.
Availability to start this position between late June and August 2024.
Commitment to the job for at least two years.
Excellent time management ability.
Intellectual curiosity and drive to learn
Capacity to work alone and with others.
Strong verbal and written communication skills. The job involves frequent communication with members of both laboratories (students, postdocs, technicians), NYU Facilities/Maintenance staff, and administrators.
Highly desired attributes include:
a) Aquaculture experience.
b) Practical knowledge of plumbing.
c) Research experience (laboratory or field).
d) Basic understanding of mendelian genetics.
Salary:
The NYU Grossman School of Medicine offers an excellent salary (starting at $44,000-$48,500) and benefits package.
To apply - email jtorresv@nyulangone
Please start your email or CV with the following information at the very top:
Name, current living address (city, state, and country), and telephone number.
Expected date of availability.
Degree(s), date(s) awarded and GPA(s).
Name, title, e-mail and phone number of three references (please state in what capacity these references know you and for how long).
Summary of experience: 10 lines describing your interests and experience relevant to this position.
The Department of Otolaryngology — Head & Neck Surgery (OHNS) at Stanford University seeks a sensory biologist or clinician scientist (PhD or MD or equivalent) to join as a faculty member at the rank of assistant professor, associate professor or professor in the University Tenure Line, University Medical Line, or the Non-Tenure Line-Research. The Department of Otolaryngology — Head & Neck Surgery is highly interactive with research as a foundational component of its tripartite mission of clinical care, discovery-based research and teaching/mentoring. The department’s research interests encompass the broad field of Otolaryngology and range from basic science to translational and clinical research. We promote a team approach to research as supported by numerous collaborative projects as well as a well-resourced departmental core facility.
We are particularly interested in candidates who have experience with combining multiple approaches to ( i) address fundamental biological questions about sensory systems such as hearing, balance, olfaction, and taste, and/or ( ii) generating translational advances for treating sensory dysfunction. This search is open to a wide range of scientific expertise, including but not limited to structural, molecular, cellular, developmental and systems biology, behavioral neuroscience, and physiology from cell to system.
Faculty rank and line will be determined by the qualifications and experience of the successful candidate.
For more information about the position, including required qualifications and application materials, go to: []https://facultypositions.stanford.edu/en-us/job/494706/sensory-biologistclinician-scientist-assistant-prof-associate-prof-or-professor.
For questions, please contact Lori Abrahamsohn, Faculty Affairs Administrator, Department of Otolaryngology-Head and Neck Surgery, at lori4@stanford.edu.
Stanford is an equal employment opportunity and affirmative action employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, protected veteran status, or any other characteristic protected by law. Stanford also welcomes applications from others who would bring additional dimensions to the University’s research, teaching and clinical missions.
The Horstick lab is seeking a postdoctoral researcher and up to two graduate students for funded positions that will investigate sensory-dependent neural plasticity using a combination of behavior, molecular genetics, circuit manipulation, and transcriptomic techniques. If you are interested in joining our group, please submit a CV, a list of applicable skills, and brief statement about your interests/experiences to Dr. Horstick at eric.horstick@mail.wvu.edu . Experience with zebrafish and neuroscience preferred.