Position: | Deputy Unit Manager – Aquatics |
Location: | Bristol |
Salary: Reference: | £28,453 - £32,004 ALS 1942 |
On behalf of our client, a leading academic institution, we are looking to recruit a Deputy Unit Aquatics Manager to run their aquatics facility for an exciting new expansion, working alongside dedicated surgical and imaging capabilities. The ideal candidate will be dedicated and enthusiastic with expert knowledge in a technically complex and rapidly evolving area within zebrafish research.
Basic Requirements:
- IAT Level 3 or equivalent
- Home Office Personal Licence (with fish) is desirable
- Minimum of 2 years current and recent experience working in a research zebrafish unit
- Planning, organisation, coordinating, negotiating and problem solving skills
- Experience of successfully running a research zebrafish unit, including importation, quarantine and cryopreservation of zebrafish
- Must hold a driving license and be able to travel between locations which are not easily accessible by public transport.
Duties & Responsibilities:
- Running of the ASU zebrafish facility on a day to day basis, and carry out advanced technical work related to the care and management of zebrafish within that facility
- To ensure that high standards of care and welfare and relevant legal requirements (especially those of the Animals (Scientific Procedures) Act) are maintained at all times
- Supervise a small pool of technicians and undertake NACWO and NIO responsibilities for specific sections of the Establishment
- Evaluate IVF and cryopreservation options for zebrafish to improve biosecurity and cost effectiveness of fish maintenance, introduce and run these services if appropriate
- Plan future allocation of space in the unit in line with academics research plans and deadlines and ensure environmental parameters are maintained to optimise fish health and meet Home Office requirements
- Ensure that both research support and fish welfare are delivered at a consistently high level and share information on new development and best practise.
- Participation in an out of hour’s rota will be required.
http://www.agendalifesciences.co.uk/jobs/deputy-manager-aquatics
Please apply via our website or contact Alison.Dalby@agendalifesciences.co.uk
Agenda and its clients only recruit people who are passionate about animal care and welfare, people with integrity who are honest and trustworthy and who have a great work ethic. To enable us to hire the very best people we will conduct a full and comprehensive background and pre-employment screening as an essential part of the recruitment process.
Research Technician Position
The Ganz and Braasch Laboratories at Michigan State University are looking to fill an immediate opening for the position of a Research Technician to manage the joint fish facility of the two groups. This position is an opportunity to join an exciting and diverse team of biologists focused on understanding the genomic basis of vertebrate evolution, development and disease using zebrafish and medaka as model organisms. The successful applicant will be involved in exciting genetic developmental experiments to study nervous system development and vertebrate genome evolution in relation to human health and disease.
Minimum requirements: Knowledge equivalent to that which normally would be acquired by completing a four-year college degree program in biology or related field; up to six months of related and progressively more responsible or expansive work experience with fish husbandry, including care of embryos, juveniles, and adult fish; experience maintaining large numbers of aquaria for freshwater fish; or an equivalent combination of education and experience.
Desired qualifications: Experience handling fish, feeding and food preparation, husbandry related to fish breeding, fish health control, and water quality management; must be absolutely dependable, with excellent organization and communication skills; long-term experience with fish husbandry or aquaculture; knowledge of zebrafish/medaka biology, development, and genetics; ability to take charge and oversee animal husbandry, stock management, and quarantine operations; experience with large-scale, centralized fish husbandry systems; a general familiarity with laboratory safety and campus animal care policy and procedures, experience in training and supervising assistants in fish care and colony maintenance; experience with use of various desktop computer software including database management (Microsoft Office, Dropbox, FileMaker Pro etc.); experience with molecular methods (e.g. DNA extraction, PCR, gel electrophoresis), immunohistochemistry, imaging, and microinjections; be willing and able to perform duties on some weekends and holidays on a rotating basis.
Job Summary: Primary responsibilities include maintaining a colony of zebrafish and medaka (up to 650 tanks and 10,000 fish total) including feeding and keeping tanks and the fish rooms clean and in good working order, fish health assessment and quarantine procedures, water quality management. Fish system and fish database management, ordering of supplies and materials for the fish facility, training undergraduate assistants and other lab members in fish husbandry, interaction with MSU’s Animal Care and Environmental Health offices, and organization of fish import and export from and to stock centers and other institutions. Setup of genetic crosses and providing support for ongoing experiments by tissue sampling, genotyping, immunohistochemistry and imaging.
This is a full-time appointment, and offers excellent benefits (healthcare, dental, etc.). The initial appointment will be for a 6-month probationary period, after which yearly reappointments will be made for successful and productive candidates.
To apply please go to: https://jobs.msu.edu/ - Position number: 4822
Closing date for applications is February 14, 2017.
Research Assistant/Associate, - Ref:1627292
UCL Department / Division Division of Infection and Immunity
Grades 6-7
Hours Full Time
Salary (inclusive of London allowance) Grade 6B £29,809 - £31,432 per annum; Grade 7 £34,056 - £41,163 per annum
Duties and Responsibilities
Applications are invited for a Research Assistant/Associate within the Division of Infection and Immunity at UCL in Dr Gillian Tomlinson's laboratory.
We are seeking a highly motivated individual interested in integrating cutting-edge human and zebrafish models to study the immunopathogenesis of tuberculosis. The post is funded by a Medical Research Council Clinician Scientist Fellowship entitled "Tuning the immune response in tuberculosis", and combines a human experimental tuberculosis challenge model with studies using Mycobacterium marinum infection of zebrafish to identify and validate host factors that calibrate a favourable immune response in tuberculosis.
The post-holder will be supervised by Dr Gillian Tomlinson based in the Cruciform Building at UCL. Dr Tomlinson works within Dr Mahdad Noursadeghi's and Professor Benny Chain's groups which study host immune responses to infectious diseases at genome-wide level with a particular focus on tuberculosis (www.innate2adaptive.com). The zebrafish work will be supported by the fully managed world class research aquarium at UCL.
There is an established track record for department post-doctoral staff gaining personal fellowships. Independently minded and talented investigators will be encouraged and supported in seeking such fellowship support.
The post is available until 1st March 2020 in the first instance.
Key Requirements
Applicants must have an MSc (or equivalent degree) and/or a PhD (or equivalent degree) or about to be awarded in a relevant subject.
Candidates must have experience of working with zebrafish including microinjection and in vivo imaging.
Evidence of significant scientific contribution including publications and presentations at conferences is also essential.
Appointment at Grade 7 is dependent on having been awarded a PhD. If this is not the case, initial appointment will be at research assistant Grade 6B (salary £29,809 - £31,432 per annum) with payment at Grade 7 being backdated to the date of final submission of the PhD thesis.
Further Details
To apply for the vacancy please click on the "Apply Now" button below.
A job description and person specification can be assessed at the bottom of this page.
For informal enquiries relating to the role, please contact Dr Gillian Tomlinson at g.tomlinson@ucl.ac.uk
For enquiries relating to the application process, please contact Isabel Lubeiro at i.lubeiro@ucl.ac.uk
UCL Taking Action for Equality
Closing Date 28 Feb 2017
Latest time for the submission of applications 23:59 UK time
Interview date TBC
Our department holds an Athena SWAN Silver award, in recognition of our commitment and success in addressing gender equality.
This appointment is subject to UCL Terms and Conditions of Service for Research and Support Staff.
Please use these links to find out more about the UCL Terms and Conditions related to this job, employee benefits that we offer and further information about UCL.
Post-graduate research associate in a basic science laboratory (www.hoffmanlab.net) studying the genetics of autism spectrum disorders (ASD) using a zebrafish model system. The appointee will assist the principal investigator in multiple aspects of the research project. These include: 1. Genotyping zebrafish carrying mutations in genes that are strongly associated with autism spectrum disorders (ASD); 2. Performing phenotyping assays to identify abnormalities in brain development and behavior in zebrafish mutants of ASD risk genes; and 3. Conducting larval behavioral assays. The post-graduate associate will gain skills in molecular biology and genetics.
Qualifications:
• Bachelor's Degree in Biological Sciences, Biochemistry, or Neuroscience
• Demonstrated record of academic achievement
• Past experience in basic science research
• Highly motivated and organized
• Strong work ethic
• GPA >3.5
• Preferred: Prior experience with zebrafish or other aquaculture experience
Application Instructions:
Send resume, cover letter describing interest in the position, unofficial transcript, and two letters of recommendation to ellen.hoffman@yale.edu.
Research Scientist – Poss laboratory and Regeneration Next Initiative
This person will perform experiments, manage projects and key documents, and supervise laboratory personnel. The ideal candidate will independently perform scientific investigative procedures requiring application of professional judgment. Responsibilities also include interpreting experimental results and guiding lab members through scientific methods and analyses, helping to prepare grants and reports of research for presentation or publication, and working with the PI and lab manager to ensure laboratory is functioning at a high level. The title of position will be dependent on applicant’s experience.
Principal Responsibilities:
• Help manage the day-to-day activities within the lab, including ensuring operation of essential equipment, reviewing budgets, etc.
• Perform animal procedures, microscopy, histology, imaging, genome data analysis, and molecular biology, toward authorship on published primary research reports.
• Organize and maintain structure of lab and implement new technologies as needed.
• Provide a high level of lab support to the Investigator, including supervision and mentoring
of research staff.
• Develop and implement laboratory guidelines and standard operating procedures; maintain procedure manuals and evaluate new materials, methods and equipment.
• Assist PI in grant application and manuscript writing. Edit fellowship and manuscript drafts by lab personnel.
• Assist new PI’s hired by the Regeneration Next Initiative in setting up their laboratories, screening personnel, and completing required paperwork.
Preferred Qualifications:
• PhD and at least 2 years postdoctoral experience in biological science; research experience preferentially in the field of developmental and/or regenerative biology
• Excellent organizational and communication skills.
• Familiarity with multiple scientific areas and of the underlying principles and concepts.
• Working knowledge of bioinformatics relevant to genome-wide analyses.
• Operational knowledge of imaging and microscopy
• Operational knowledge of advanced lab equipment
• Operational knowledge of standard molecular and cellular biology procedures, histology
• Ability to assess and supervise other lab members.
• Proficient in science writing.
Please send a cover letter, resume, and a list of at least 3 references to
Bioinformatician II – Department of Cell Biology and Regeneration Next Initiative
The Bioinformatician II will collaborate with principal investigators and their postdoctoral fellows and students, to determine and tailor the most suitable computational methods to be used in research aimed at whole genome-wide chromatin and transcriptional analyses of tissues, and collection and analysis of whole-genome sequence information. The ideal candidate will independently perform scientific investigative procedures requiring application of professional judgment. Responsibilities also include to interpret experimental results and guide lab members through bioinformatics methods and analyses, and to help prepare reports of research for presentation or publication including high-quality figures that convey new findings.
Principal Responsibilities:
• Performs complex computer analysis activities of relevant data. Analysis will include, but is not limited to, RNA-Seq, ChIP-Seq, ATAC-seq, 10X genomics, and Drop-seq based single cell RNA sequencing analysis etc. Candidates should be well-versed in quality control and alignment of next- generation sequence data and be able to present results of analysis so as to inform wet-lab experiments. Candidates will be asked to help laboratory personnel mine relevant data for enriched pathways, sequence motifs, and regulatory networks.
• Develops tools to design genome-wide guide RNA collections for Cas9/CrispR based screens.
• Develops software to meet analytical experimental needs of the lab. Candidates must be familiar with Perl, Python, Unix, C, and Java. Familiarity with open-source bioinformatics tools such as Bioconductor, Bioperl, Biopython, GenePattern, Ingenuity, Galaxy, and the EMBL suite of tools is preferred. Candidates will be asked to create and teach lab personnel about analytical pipelines. In some instances, candidates may be asked to develop novel packages for specific
analysis. Candidates will be encouraged to interact with and contribute to the open source bioinformatics community.
• Document all the analysis in a streamlined script, preferably on a R-Studio analysis platform.
• Administers complex database information. We expect that the datasets generated will lay the foundation for future mechanistic work. Candidates will be asked to help create local genome tracks summarizing genome-wide experiments performed in the lab to help inform experiments of laboratory personnel.
• Performs bioinformatics research and initiates new predictions of biological interest to the investigators' research goals.
Preferred Qualifications:
• PhD in science and computer technology, or equivalent experience; and extensive research experience in computational biology and bioinformatics relevant to research projects in genome, chromatin, and transcriptional analyses.
• Technical proficiency and collaborative ability as well as independent thought.
• In-depth knowledge of multiple areas and of the underlying principles and concepts.
• In-depth understanding of complex equipment or processes. Can resolve problems in and integrate bioinformatics collaboratively with biologists.
• Ability to develop innovative processes to achieve goals. Reviews work activities to determine where
new information could improve processes or move projects forward.
• Ability to initiate and compose communications for various purposes in an appropriate style.
• Proficient in multiple operating systems and software packages.
Please send a cover letter, resume, and a list of at least 3 references to posslabjobs@duke.edu
RESEARCH TECHNICIAN II
Molecular Genetics and Microbiology
Job Description
What our lab does: We are studying how the immune system responds to bacterial infection and are particularly interested in the relationship between the immune system and bacteria that cause tuberculosis. We use the zebrafish as an animal model to study the immune system because of its unique combination of characteristics (easy to manipulate genetics, transparent throughout development, and high conservation with human immune system).
Position summary: We are looking to hire a highly motivated individual to assist with maintaining our fish facility and our fish lines. This position follows a fixed schedule from 9am-6pm with one unpaid hour off for lunch, Monday through Friday. Occasionally, short weekend shifts will be required (~1-2hr in length and, accordingly, the Monday-Friday schedule would be modified to accommodate periodic weekend hours). This position will primarily report to a senior postdoctoral fellow in the laboratory.
Duties include, but are not limited to the following:
• Feeding the animals in our facility 2-3x/week and ability to help fill in shifts as required
• Daily, weekly and monthly system maintenance duties (cleaning, calibrating equipment, monitoring water quality and system functionality)
• Working with and training undergraduate facility assistants
• Making general lab stock solutions and bacterial plates as required
• Genotyping mutant fish lines (genomic DNA preparations and PCR)
• Maintaining transgenic fish lines (incrossing/outcrossing lines and sorting for positive transgenics using fluorescent microscopy)
• Preparing shipments of lab reagents and transgenic lines to send to collaborators
• Respond to unexpected facility emergencies, and hopefully help to improve our working system to minimize emergencies
• Updating Standard Operating Procedures (SOPs) and other documentation for the fish facility
• Experimental projects will vary and will be secondary to the required duties
• Other duties as needed/assigned
What we are looking for:
Someone who is hard working, responsible, detail oriented, observant, thoughtful, works well with others, and interested in problem solving. Must be interested in working with animals (simple procedures) and BSL-2-level pathogens.
Requisition Number401216237
Duke Entity
MEDICAL CENTER
LocationDurham
Full Time / Part Time
FULL TIME
ShiftFirst/Day
Minimum Qualifications
Duke University is an Affirmative Action/Equal Opportunity Employer committed to providing employment opportunity without regard to an individual's age, color, disability, genetic information, gender, gender identity, national origin, race, religion, sexual orientation, or veteran status. ******************************************************* Essential Physical Job Functions: Certain jobs at Duke University and Duke University Health System may include essential job functions that require specific physical and/or mental abilities. Additional information and provision for requests for reasonable accommodation will be provided by each hiring department.
Education
Work requires a bachelor's degree in botany, biology, zoology or other science related scientific field.
Experience
None required above education/training requirement. OR AN EQUIVALENT COMBINATION OF RELEVANT EDUCATION AND/OR EXPERIENCE
Requirements:
Bachelor’s degree, and at least 2 semesters of lab experience.
Additional skill sets we would love to see in an applicant:
Working with/building databases and integrating them into a web-accessible system
Basic understanding of plumbing
Auto req ID86387BR
A post-doctoral position is available immediately in the “Formation and Interaction of Neural Networks” group led by Dr Elim Hong in the department of Neuroscience Paris Seine, located at the Institute de Biologie Paris Seine in the Université Pierre et Marie Curie, France.
The focus of the project is understanding how early neurotransmission during spontaneous neuronal activity participate in the formation and function of neural networks in the brain and spinal cord of zebrafish embryos. The research project aims to understand how neuronal activity mediates axon terminal elaboration to influence neuronal network activity to modulate behavior. The project will include calcium and time-lapse imaging, optogenetics, electrophysiology and behavioral assays. Research in the group utilizes state-of-the-art techniques including two-photon and light-sheet microscopy calcium imaging, CRISPR-Cas9 technology, optogenetics, and behavioral assays.
The contract is initially for 12 months with the possibility to extend further. Application for post-doctoral fellowships will be strongly encouraged and supported. The candidate should have successfully defended their PhDs within one year prior to the start date. Preference will be given to candidates with a strong background in cellular biology, confocal microscopy, MatLab analysis and/or electrophysiology. Candidates who are highly motivated and independent are encouraged to apply. The position offers an excellent opportunity to work in a collaborative environment with physicists, electrophysiologists and the Parisian neuroscience community.
The application containing a brief description of research interests, CV, and contact details for three references, including one from the PhD supervisor, should be sent to:
Postdoctoral position in the Mechanics of Neuronal Development
Deciphering the role of mechanical forces in the construction of a neuronal circuit in vivo
Neuronal circuits are the functional building blocks of the nervous system. In the embryo, their development requires cellular motion: neurons migrate from their birthplace to their final location, and their protrusions, axons and dendrites, emerge and grow before connecting through synapses. So far, most studies have focused on attractive and repulsive chemical cues guiding neuronal migration and axon navigation. Yet the movement of neurons and their protrusions is likely to be influenced by extracellular mechanical forces, whose functions remain largely unexplored in vivo. Thus, dissecting out the role of mechanical cues in complex 3D neural tissues represents a major challenge for modern neurosciences.
We address this question using the zebrafish olfactory circuit as a model system. Its location underneath the skin of the embryo makes it amenable to live imaging and mechanical perturbation. We already obtained imaging and functional data suggesting an important function for mechanical forces in the formation of the olfactory circuit. To further clarify this role, the postdoctoral fellow will employ a multidisciplinary strategy combining multiscale live imaging and genetic tools with physical approaches to measure forces and perturb the mechanical state of the embryo.
We are looking for a highly motivated young researcher, willing to join an interdisciplinary environment involving strong interactions between biologists and physicists (respectively located at the Institut de Biologie Paris Seine/Developmental Biology Department and the Physico-Chimie Department of the Institut Curie in Paris).
Requirements:
- PhD in cell/developmental biology or in biophysics
- Strong interest towards interdisciplinary work
- Good level in image analysis (Image J, Matlab)
Additional beneficial skills:
- Experience with zebrafish
- Skills in confocal and/or biphoton microscopy
The position is available from March 2017 onwards and is funded initially for 12 months. The fellow will receive full support to apply for further independent postdoctoral fellowships (EMBO, Marie Curie and others).
To apply, please send your CV including a full list of your publications, a statement of research interests and two referees or more to both:
- Marie Breau, Institut de Biologie Paris Seine marie.breau@upmc.fr
- Isabelle Bonnet, Institut Curie isabelle.bonnet@curie.fr
The Research Ring initiative VISUAL-D offers two Postdoctoral Positions on Developmental Biology & Morphogenesis
ABOUT THE CALL
VISUAL-D, a novel scientific trans-disciplinary initiative that studies the role played by genes and mechanical forces in the origin and shaping of developing tissues, is seeking proactive candidates with experience in developmental biology and/or morphogenesis, ideally (but not required) in zebrafish, willing to create new projects that associate developmental biology/morphogenesis with mathematics/computing/physics in a trans disciplinary environment. Applicants must be about to finish or have a Ph.D. (awarded within the last 4 years) and a demonstrated track record of publications. The appointment begins as early as March 2017.
TOPICS - LABS
Topics include: (i) chemical and physical determinants of directed cell migration in the early vertebrate embryo, (ii) mechanical forces driving epithelial morphogenesis in vivo, and (iii) interplay of tissue dynamics and signalling in developmental stem cell niches. Experimental research will be conducted at the laboratories of Dr. Miguel Concha (U-Chile; www.ontogenesis.cl) and Dr. Julio Amigo (PUC-Chile; http://biologia.uc.cl/es/cuerpo-academico/profesor/78), in collaboration with physicists/mathematicians/computer scientists from the SCIAN-Lab (Drs. Steffen Härtel, Mauricio Cerda, and Rodrigo Assar; www.scian.cl) and Soto’s-Lab (Drs. Rodrigo Soto, Nestor Sepulveda).
APPLICATION
Applications should include a CV with a list of publications, short statement of research accomplishments and interests, and the contact information of two professional references (via email). Send applications to Prof. Miguel Concha (mconcha@med.uchile.cl) by end of January 2017.
FURTHER INQUIRES TO Prof. Miguel Concha: mconcha@med.uchile.cl
The Laboratory of Zebrafish Developmental Genomics headed by Cecilia L. Winata was established in partnership with the Max Planck Institute for Heart and Lung Research (MPI-HLR). The focus of our research is to elucidate the gene regulatory networks and epigenetic mechanisms regulating various aspects of developmental biology as the initial step towards understanding human genetic diseases. Our research employs state of the art methodology based on Next-Generation Sequencing as well as CRISPR/Cas9 genome editing technology.
We invite application from motivated and talented students to perform the research part of their Master thesis in the study of heart pacemaker development using zebrafish as a model. The project titled “Genomics dissection of the heart pacemaker in Zebrafish” will be funded by the First-TEAM grant from the Foundation for Polish Science (FNP) starting from January 2017 for 18 months. The First Team program of the Foundation for Polish Science co-financed from the European Union under the European Regional Development Fund.
The ideal candidate should be able to communicate in English language and possess good communication skills. A good understanding of any of the following subjects is essential: molecular biology, biochemistry, and/or genetics principles. Prior experience in lab work is highly desired.
We offer stipend in the range of 1500 - 2500 PLN/month depending on the candidates’ qualifications and time commitment, and the chance to work in a team of young and friendly scientists with interests in developmental biology, regulatory genomics, epigenetics, and biochemistry. The successful candidate will have the opportunity to work with the zebrafish model animal and learn and apply state of the art microscopy techniques on in vivo imaging of the heart, as well as other methods in zebrafish developmental biology.
Please forward your complete application including a CV, a motivation letter, university scores, and the contact of at least one referee to rekrutacjazdg@iimcb.gov.pl with the subject line “First-TEAM” before the 24th of February 2017. Thanking all applicants for their interest, only selected candidates will be invited for an interview.
Please include in your application the following statement: “In accordance with the personal data protection act from the 29th of August 1997, I hereby agree to process and to store my personal data by the Institution for recruitment purposes”.
Two technician positions are available in the Poulain and Kathrein labs at the University of South Carolina!
Research in the Poulain and Kathrein labs focuses on the cellular and molecular mechanisms underlying nervous system development and hematopoiesis, respectively, using zebrafish as a vertebrate model. For each lab, the successful candidate will supervise the care and maintenance of zebrafish strains and the fish facility, assist with the administration of laboratory activities, and assist in conducting research.
Strong knowledge and expertise in molecular biology are required. Although preferred, previous experience with zebrafish is not required, and training will be provided. The successful candidate should possess good analytical, communication and management skills and should enjoy working in a collaborative manner. Flexibility in hours is required for the care of the fish.
Interested candidates should email their resume, the names and contact information of three references as well as a cover letter explaining their interest to kathreinlab@gmail.com.
Job Summary:
Our research aims to restore sight to the blind using regenerative approaches. We seek a recent PhD that is highly motivated, bright and creative to join our group and to help further characterize mechanisms underlying retina regeneration in zebrafish. We are using RNAseq, CRISPR/Cas9, transgenic and other molecular and cellular approaches to identify the mechanisms by which zebrafish regenerate a damaged retina. Signal transduction pathways and gene expression programs that drive retina regeneration in fish will be discovered and characterized. Factors stimulating retina regeneration in fish will be applied to mice to determine if retina regeneration can be stimulated in a mammalian model. Research Fellows are expected to work independently and in teams; design and implement new research strategies; collect and analyze data; and write research manuscripts for publication.
For representative publications, please see: http://www.mbni.med.umich.edu/mbni/faculty/goldman/goldman.html
Required Qualifications:
Ph.D. in neuroscience or related discipline. Publications demonstrating research experience and productivity. Proficient in the techniques of molecular and cellular biology.
Desired Qualifications:
A recent Ph.D. in neuroscience or related biological discipline. Experience working with mouse and/or fish animal models. Previous research studying neural development, retina, regeneration, and/or stem cells.
Application:
Please submit the following: 1) a cover letter that describes past research accomplishments, future goals and why you desire this position; 2) a list of 3 references with contact information; and 3) a curriculum vitae.
Send application materials to: Dan Goldman via email: neuroman@umich.edu
A postdoctoral position is available in the Saulius Sumanas laboratory in the Division of Developmental Biology, Cincinnati Children’s Hospital, to study early hematopoietic and vascular development in the zebrafish model system. Please visit the lab website for the description of our research at https://www.cincinnatichildrens.org/research/divisions/d/dev-biology/labs/sumanas
Highly motivated individuals with strong background in molecular, cellular and developmental biology are encouraged to apply. Experience in the zebrafish model is helpful but not required. Interested candidates should sent their CV and the names of three references to Dr. Saulius Sumanas (saulius.sumanas@cchmc.org)