Heidelberg University
69120 Heidelberg Germany
Three year fellowships are offered to outstanding PhD candidates.
Deadline for application: 15 Dec 2009
Interview date: 10/11 Feb 2010
Three year fellowships are offered to outstanding PhD candidates.
Deadline for application: 15 Dec 2009
Interview date: 10/11 Feb 2010
PhD position: modeling RNA-protein interactions and inferring post-transcriptional regulatory codes
Environmental Toxicology
Food, Drug & Chemical Toxicology
Nanomaterial Toxicology.
Regulatory Toxicology
Systems Toxicology & Health Risk Assessment
Qualifications:
Essential MSc Microbiology/Biotechnology/Biochemistry with at least 55% marks
Desirable NET/ Panjab University PhD exam clearance in Microbiology
Remuneration: Rs. 8000/- pm as per UGC rules
Last date for receiving the applications is 27th November 2009
Interview will be held on 03rd Decemeber 2009 at 11.30 a.m. in the office of the Chairperson, Department of Microbiology, Panjab University, Chandigarh.
No separate letters will be issued.
No TA/DA will be paid to the candidates for attending the interview.
Eligibility:
1. JRF: MSc or equivalent degree with minimum 55% marks after qualifying NET conducted by CSIR twice a year. (NET qualifying is exempted for those who get selected for PhD at SCTIMST)
2. SRF: MSc, BE, BTech with minimum 60% and at least two years of post MSc, BE, BTech, research experience as evidence from fellowship/ associateship or traineeship and published papers in standard refereed journals OR
ME, M.Tech or equivalent degree in Engineering / Technology with minimum 60% marks OR
MBBS or BDS (with 1 year of internship) with first division OR
BPharm/BVSc/BSc(Ag)or equivalent degree with minimum 60% marks and at least three years of experience. Research workers who have had requisite training methods of research along with above qualification and who have proved their aptitude for original research are eligible for this fellowship
3. RA: Persons possessing Doctorate (PhD/MD/MS/MDS) or equivalent Degree having three years of research, teaching and design and development experience after MVSc/Mphrm/ME/Mtech will be eligible
Desirable :
(1) Ability to record electrophysiological and other signals from human subject and expertise in interpreting these signals for analysis of sleep
(2) Ability to design temperature sensors and record body temperature
(3) Expertise in handling of small animals and surgical skill for chronic implantation of electrodes for recording EEG, EMG,EOG & POG waves.
Stipend :
Junior Research Fellow - Rs.12,000/- per monthSenior Research Fellow - Rs.14,000/- per monthResearch Associate – Rs. 16,000/- per month in year one & Rs.17,000/-per month in year two
Duration of posts : Two years
Nature of Appointment : Purely on Contract basis
Mode of selection : WALK-IN-INTERVIEW
Date: 8th December 2009, Tuesday
Venue : Mini Conference Hall, 3rd floor, Achutha Menon Centre for Health Science Studies, Sree Chitra Tirunal Institute for Medical Sciences and Technology, Medical College Campus, Trivandrum
Project : Changes in sleep-wakefulness induced by environmental temperature: a study of the mechanisms involved. Proj # 5174
Qualified and interested candidates should report with biodata and certificates in original toprove their qualification, experience and age at the Project Cell, IInd floor, Achutha Menon Centre for Health Science Studies, Sree Chitra Tirunal Institute for Medical Sciences and Technology, Medical College campus, Trivandrum
AMAAS - funded Project “Ago waste Management and Bioremediation and Microbes in PHT”Qualifications M.Sc Ag. (Plant Pathology), M.Sc. Botany (Specialization in Plant Pathology), M.Sc. Microbiology, BiotechnologyEmoluments : Rs.12,000/- + HRA for the 1st and 2nd year and Rs.14000/-+ HRA for 3rd year.
Name of the Project : Establishment and characterization of cell lines from selected marine food fish and ornamental fish
Essential Post-Graduation in Biotechnology/Life Science or Fishery Science with specialization in biotechnology.Experience in cell culture/cytogenetics and qualification in NET/GATE Examination will be desirable.
Nature and duration of the Post : 2 years - Purely temporary and will end with the termination of the project.
Note: Mail your resume to dbtcmfmbtd@gmail.com on or before 24th November 2009 for screening.
Short listed candidates for interview will be informed by 26-11-2009. Only those who receive the short listed information need to attend the interview.
Date & Time of Walk-in-Interview 30th November 2009
CLICK HERE to Apply online
Any Higher Degree of BITS or its equivalent with a minimum of 60% aggregate in the qualifying examination. Any applicant with qualification equivalent to Integrated first degree of BITS will be first examined for suitability to one of the higher degree programmes of the Institute. Such candidates may first be admitted to the M.E./M.Phil. programmes offered by the Institute subject to the eligibility conditions. Shortlisted candidates will be called for a written test/interview for selections. Selected candidates will be given financial assistance in the form of either a fellowship of any government agency or of the Institute, project or teaching assistantship, full/partial tuition waiver or a combination of these. Such selected candidates will be required to participate in teaching and any other developmental activities of the Institute under the guidance of a mentor.
Industries and R & D Organizations collaborating with BITS can sponsor candidates to work for Ph.D under the Ph.D Aspirants Scheme. Under this Scheme such Employed professionals working in Industries and R&D Organizations having long experience and proven competence aspiring for Ph.D. programme will be considered and will be allowed to pursue their research at their own locations of work. Employed Professionals working in Industries holding any of the BITS degree may also be considered under this scheme.
Application Procedure :
The last date for applying for admission to Ph.D. programs for II semester-2009-10 is 30th November 2009 . CLICK HERE to Apply online.
Schedule of Fees (for students who will be admitted in the academic year 2009-10):
All fees are to be paid in advance. Only caution deposit and mess advance is refundable after adjustment of dues at the time of withdrawal from the Institute. This applies to prospective candidates who are seeking admission as well as ongoing students of the Institute.
A. Fees payable at BITS, Pilani- Pilani Campus.
Fees | Integrated First Degrees | Higher Degrees and MBA | Ph.D. Programme |
Admission Fees | 15,000/- | 12,000/- | 12,000/- |
Semester Fees First Semester Second Semester Summer term |
40,000/- 40,000/- 20,000/- |
40,000/- 40,000/- 20,000/- |
15,000/- 15,000/- 7,500/- |
Students' Union fee | 200/- pa
| 200/- pa | — |
Students' Aid Fund | 50/- pa
| 50/- pa | — |
Hostel fee (for on-campus students only) First Semester Second Semester Summer term |
1000/- 500/- |
1000/- 500/- |
1000/- 500/- |
Ph.D. thesis examination fees | - | - | 1000/- |
Mess & Electricity advance First Semester Second Semester Summer term (Payable at the beginning of each semester/term and adjustable at the end of the same) |
6000/- 6000/- 3000/-
|
6000/- 6000/- 3000/-
|
6000/- 6000/- 3000/- |
Institute Caution Deposit | 2000/- | 2000/- | 2000/- |
Fee for Eligibility Test(s) / Ph.D. Qualifying Examination | Institute reserves its right to charge such a fee, which would be adjustable against admission fees if the candidate secures admission |
Instructions for Payment:
(1) The above are for a normal situation. Wherever a student's programme gets modified or his progress is delayed beyond the maximum permissible, such a student is advised to consult the appropriate authority before registration.
(2) All students admitted earlier than July, 2009 will continue to be governed by the same schedule of fees as before. However it should be clear that they will have to pay along with the new students the same amount of fees for students' union fee, students' aid fund and mess & electricity advance.
(3) The fees and other charges are payable in advance in each semester/term on the notified dates before registration. No withdrawal from a course or courses will entitle a student for refund of fees.
(4) Students who go for Practice School II will be charged semester fees and the summer term fees because the practice school is longer than a semester and extends it to summer.
(5) Casual students will pay fees prescribed for regular students.
(6) Institute caution deposits are refundable only at the time of withdrawal from the Institute.
(7) If there are dues outstanding from a student, his grades will be withheld.
(8) Students who accumulate mess arrears would be required to pay a prescribed additional advance at the time of next registration.
(9) Payments can be made by demand drafts drawn in favour of Birla Institute of Technology & Science on UCO Bank, Vidya Vihar, Pilani/State Bank of Bikaner & Jaipur, Pilani. Cheques will not be accepted.
(10) Refunds, if any, will be made through crossed cheques/Bank drafts.
Admissions 2010 Open
Eligibility: M Sc Biotechnology / Microbiology / Biochemistry / Molecular Biology / Food Technology / Fermentation Technology / Agricultural Biotechnology and any other field of Life Sciences / Physical Sciences / Engineering and Technology / Pharmacy / Medical Sciences with at least 55% marks.NET qualified OR M
Phil candidates shall be given preference for award of Fellowships
Eligibility: M Sc Microbiology / Biotechnology OR MD in concerned subject / and any other related field of Life Sciences with at least 55% marks. NET qualified OR M Phil candidates shall be given preference for award of Fellowships
Eligibility: BSc (Hons) Biotechnology / Microbiology with 50% marks OR Bachelor's Degree in Agricultural, Biological, Fishery, Pharmaceutical, Physical or Veterinary Sciences, MBBS, Engineering / Technology, Home Science with minimum 55% marks
Eligibility: BSc (Hons) Biotechnology/ Microbiology OR BSc with Microbiology / Biotechnology / Botany / Zoology / Biochemistry / any other subject of Life Sciences or MBBS / BDS / B.V. Sc.; minimum 50% marks
Coures Description: MPhil (Botany / Zoology / Chemistry) [School of Pharmacy]
Eligibility: M Sc with at least 55% marks in the concerned discipline
Eligibility: M Sc Botany / Agricultural Sciences or related subject; minimum 55% marks. NET qualified OR M Phil candidates may be considered for award of fellowships
Eligibility: MSc (Hons) Biotechnology/ Microbiology with 50% marks OR M Sc Biotechnology / Microbiology / Agricultural Sciences / Botany / Zoology or any branch of life sciences with minimum 60% marks
Eligibility: MSc Biotechnology/ Microbiology/ any related branch of Life Sciences; minimum 55% marks
How To Apply:Eligibility: B Tech, Biotechnology / Bioinformatics OR M Sc Biotechnology / M Sc Microbiology / M Sc Biochemistry / M Sc Agricultural Sciences / Environmental Sciences / Bio Sciences / any other related branch of life Sciences; minimum 55% marks
· The First step is to satisfy yourself about your eligibility for the course you have chosen to pursue at the Shoolini University.
· Procure the Admission Form (available free of cost) in person or through post from:
Admission OfficeShoolini University (City Office)
· Submit the completed admission form along with attested photocopies of all academic and certificates, testimonials, 3 passport size photographs and a Demand Draft for Rs. 500/- in favour of 'Shoolini University' payable at Solan.
· Completed Applications are to be submitted / mailed to:
OSD
Shoolini University of Biotechnology and Management Sciences
City Office, the Mall, Solan - 173212 (HP)Download Admission Form
The projects offered for Ph.D would be in the broad areas of(i) Biotechnology and Biomedicine(ii) Genetics and Evolution(iii) Cell Biology and Development(iv) Molecular Biology(v) Biochemistry and Biophysics(vi) Bioinformatics and Theoretical Biology. For details, see our site : www.ccmb.res.in
Membrane active molecules and intracellular transport of proteins
• Host-defense peptides
• Peptide super-structures
• Modulation of peptide-membrane interactions by covalently linked fatty acids
• Role of fatty acid acylation in targeting of proteins to membranes, and modulating fusion events and translocation across membranes
Membrane and Membrane receptor biology
• Membrane organization, dynamics and function
• Organization, dynamics and function of the Serotonin1A receptor
Chaperones and Protein folding
• Molecular chaperones
• Protein folding, aggregation and diseases
Protein structure and conformations
• Calcium-binding proteins
• Corneal crystallins
NMR spectroscopy
• Exploring cerebral metabolism during normal aging, and in Alzheimer’s disease in mice in vivo
• Structural and mechanistic details of RDE-4 in RNA interference pathway of C. elegans
• Role of R2D2 in enhancing sequence-specific mRNA degradation in Drosophila RNAi pathway
Structural biology
• Exploring the structural basis of amino acid recognition in Class II tRNA synthetases
• Exploring the structural basis for thermostability of Bacillus subtilis lipase
• Structure-function studies on polyketide synthases and fatty acid synthases from
Mycobacterium tuberculosis
• Structure-function analysis of virulence factors of Xanthomonas oryzae pv. oryzae, the bacterial leaf blight pathogen of rice
• Structural and functional studies on calcium-binding proteins
Computational biology and bioinformatics
• Modelling spatiotemporal organisation in biological systems
• Modelling biochemical pathways
• Spatiotemporal dynamics in epidemiology
• PSSARD: Protein Sequence-Structure Analysis Relational Database
• Protein Structure Analysis: Analysis of Intra-Chain Disulphide bridged Peptides
(ICDBP) in proteins of known three-dimensional structure
• Identification of SNPs and SNP haplotypes
• De novo gene finding
DNA Finger printing and conservation of endangered species
• Genetic studies of natural populations of Panthera tigris by non-invasive methods
• Conservation of endangered animals
• Reprogramming of undifferentiated male germ cells and application
• Detection of fatal malarial infections in the Indian White-backed vultures (Gyps bengalensis)
• Phylogenetic studies in primates
• Phylogenetic studies in Indian deer species
• Wildlife forensics
• Identification of DNA markers associated with disease and pest resistance in Mulberry (Morus spp.)
• DNA profiling for ascertaining genetic diversity and construction of framework molecular linkage map of mulberry
• Conservation genetics of the olive ridley sea turtle (Lepidochelys olivacea)
• Molecular characterization of Indian wolf populations
• Identification of a new tree frog species from the Central Western Ghats of India using molecular techniques
• Biodiversity analysis of buffalo germplasm using DNA markers
Transgenics and aquaculture
• Transgenic fish production
• Genetic interrelationships among fish populations
• DNA vaccine against diseases
Tumour biology
• Search for new molecules involved in the wnt pathway and colon cancer and development of murine cancer models
• Study of differential gene expression patterns in cancers using microarray technology
• Study of tumour suppressor RASSF1A in human breast cancer Infectious diseases
• Molecular parasitology: studies on Leishmania donovani
• Molecular determinants of Plasmodium falciparum pathogenesis
• Virulence genes and growth regulators of Mycobacterium tuberculosis
• Investigation of Chikungunya outbreak in Southern India
• Study on HIV-1 induced neuroinflammationNeurobehavioural Disorders
• Epigenetic mechanisms underlying neuropsychiatric disorders using rodent models
• Epigenetic regulation of embryonic and adult neural stem cells
Cataract and other diseases
• Vascular endothelial growth factor expression and signaling in the lens
• Ex vivo expansion of corneal stem cells in treating ocular surface disorders caused by limbal stem cells deficiencies
• Ultrastructural studies of ocular pathologies
• Amyloid formation in Type II DiabetesProteomics
• Cancer proteomics
• Proteomics of mouse embryonic stem cellsNanobiotechnology
• Nanomaterials and nanodevices: Application in cell differentiation and diseasesApplied processes and products
• Protein engineering by directed evolution
• Triglyceride sensor
• Lipid- and peptide-based gene delivery strategies
Muscle cell development
• Molecular biology of skeletal muscle growth and regeneration
• Adhesion-dependent signaling in growth and differentiation of muscle cells
• Isolation and analysis of skeletal muscle-derived stem cells
Drosophila developmental biology
• Organogenesis in Drosophila
Chromatin structure and function
• Genome, chromatin and regulation of genetic information
• Comparative genomics of non-coding DNACell and tissue engineering• Role of integrins and membrane lipids in regulation of cell motility on the extracellular matrix
• Study of bone marrow stem cells from rats and mice and human fetal liver for their use in hepatic regenerative medicine
• Evaluation of new ceramic-based biomaterials for their use as osteogenic implants and substrates
• Derivation of stem cells of various sources and their expansion ex vivo
Reproductive biology
• Tyrosine phosphorylated dihydrolipoamide dehydrogenase in Hamster spermatozoa for oocyte activation and fertilization
• Role of nitric oxide in sperm capacitation
• Studies on hamster CAP1 protein
• Candidate gene polymorphisms in south Indian women with EndometriosisHormone-regulated expression of genes and proteins
• Expression, properties and function of tissue-specifically expressed salivary and lacrimal gland secretory proteinsPlant developmental biology
• Control of meiosis in plants
• Analysis of the DYAD and DUET genes in Arabidopsis
• Role of the ATME-12 gene family in Arabidopsis
Molecular basis of sex determination and evolution of sex chromosomes
• Molecular basis of sex reversals
• Genetic causes of male infertility
• Molecular basis of temperature-dependent sex-determination in Indian mugger, Crocodylus palustris
• Characterization of sex- and species-specific heterochromatic DNA transcript(s) expressed during spermatogenesis
• Isolation of the factors involved in nuclear reprogramming in snake oocytes and functional characterization of WDR13 proteinMicrobial/Fungal Genetics
• Repeat-induced point mutation (RIP) and meiotic silencing in Neurospora
• Cell division in bacteriaExtremophiles and mechanism of adaptation
• Transcription and regulation of gene expression at low temperature
• Role of RNA-degrading machinery in cold adaptation
• RecBCD complex and its importance during growth at low temperature
• Essential genes for growth at low temperature
• Low temperature protein expression system
• Microbial biodiversity of Antarctica, Himalayan glaciers, Indian Ocean and molecular basis of adaptation to low temperature
Genome diversity and analysis of human genetic disorder
• Human genome diversity
• Genetic analysis of pancreatic disorders in Indian population
• Genetic analysis of Type 2 Diabetes mellitus in Indian population
• Molecular diagnosis, carrier detection, genetic counselling and prenatal diagnosis for genetic disorders
• Molecular basis of mitochondrial disorders
• Genetics of ovarian development and cycling disorders
• Chromosome defects and human genetic diseases
• Genetic basis of polycystic ovaries
• Genomics and functional proteomics in recurrent early pregnancy loss
Functional genomics using transgenic and gene knockout mice
• Functional analysis of Argonaute genes in mouse
• Functional analysis of mouse Wdr13 gene
Nuclear organization
• Functional role of nuclear laminsSignal transduction
• Signal transduction by protein tyrosine phosphatases
• Molecular mechanism of pathogenesis of Glaucoma caused by mutations in optineurin gene
• Mechanism of induction of apoptosis by tumor suppressor P53 and anti-cancer drugs
• Signal transduction by Hck tyrosine kinase: identification of substrates and physiological consequences of their interactions
• Role of a guanine nucleotide exchange factor, C3G in actin reorganization and filopodia formationGene silencingEukaryotic transcription mechanisms
• Mechanism of transgene silencing
• Gene-silencing in heterochromatin formation and chromatin dynamics
• A molecular link between non-coding RNA, dosage compensation and RNAi
• RNA-based epigenetic inheritance
• Viral Resistance genes for antiviral drug development
• Hybrid interference: A device for modulating chromatin organization
• Role of nucleosomes and chromatin structure in transcription
• Mechanisms of initiation of transcription by RNA polymerase II
Biotechnology & BioinformaticsBio - Chemistry
Applied Botany
Applied Zoology
Microbiology
• Agricultural Biotechnology
• Artificial Intelligence
• Bioorganic Chemistry
• Catalysis
• Chaos Theory and Turbulence
• Chemistry of Materials including Nanomaterials
• Complex Fluids and Polymer Engineering
• Energy Technology
• Fluid Modeling and Computational Fluid Dynamics
• Green Chemistry
• Mathematical & System Biology
• Microbial and Mammalian Cell Culture
• Molecular Host-pathogene Interactions
• Molecular Marker Technology
• Nonlinear Dynamics
• Organic Chemistry
• Plant Tissue Culture
• Polymer Science
• Process Design Modeling and Simulation
• Reaction Engineering
• Separation Science
• Structure-function and Crystallography of Biomolecules
• Theoretical Chemistry and Computational Science
Applications are invited from candidates for full-time Ph.D. in the following areas:
School of Chemical and Biotechnology
• BiochemistryB.Tech./M.Tech./M.E./M.Pharm./M.Phil./M.Sc. graduates from relevant isciplines may apply.
• Biosensors
• Cancer Biology and Cell Signaling
• Coordination and Combinatorial
• Chemistry
• Cheminformatics
• Drug Design and Delivery
• Electrophysiology
• Genetic Circuits
• Green Chemistry
• Materials Science
• Nanobioscience
• Nanomedicine
• Nanotoxicology
• Proteomics
• Stem Cells and Regenerative Medicine
• Structural Biology and Bioinformatics
• Tissue Engineering
1) Chemical Biology2) Genetics & Cell Signaling3) Immunity & Infection4) Molecular & Cellular Biology5) Reproduction & Development6) Structural & Computational Biology
Enclosures with the admit card form & the hard copy receipt of the online application form :
Demand Draft Two self addressed stamped (Rs. 5/-) envelopes (10 cms X 22 cms) Two recent passport size photographs (paste one duly signed by candidate on the hard copy of the receipt and one on the admit card form). Reservation certificate, if applicable.The hard copy of the online receipt and admit card form along with the enclosures should be sent to ‘MANAGER (A&E), NATIONAL INSTITUTE OF IMMUNOLOGY, ARUNA ASAF ALI MARG, NEW DELHI-110067’ so as to reach on or BEFORE November 30, 2009. ‘Application for Ph.D. Admission-2010’ should be mentioned on the envelop.
Cancer, Diabetes, Mental health care, Inflammatory and infectious disease, Medicinal plant, Tissue and conservation of endangered plants, Waste management, Bio-control, Biosynthesis and characterization of nonoparticles, Proteomics, System biology, Biochemistry, Biophysics, Crystallography, Bioinformatics, Molecular modeling, Drug design, Biological data base integration.
Vacancies: Ph.D: 15; M.Phil: 13
Food, Industrial, Enviornmental microbilogy, Food extrusion, Technology, Food preservation and packaging technology, Food processing and value addition, Technology development for traditional products, Nutracaeuticals, Technology of natural colours
Vacancies: Ph.D: 8
Oct 31: Last date of receipt of application form by post
Nov 6: Last date of receipt of application form by hand
Nov. 7: Entrance Examination (Part A - Research Aptitude and Part - B Department specific) and interview
Nov. 9: Publication of Merit list - internet
Nov. 10: Date of Admission
Nov. 30: Commencement of Semester
Junior Research Fellow (JRF)
BRNS/DAE funded project “Expression of follicle stimulating hormone receptor in granulosa cell and its association with altered ovarian response to gonadotropin treatment”
Essential Qualification : First Class M.Sc. degree in Biochemistry, Biotechnology or Life Sciences.
Desirable Qualification: Two years research experience particularly in molecular biology and reproductive biology
Tenure: Initially for one year, extendable for two years based on satisfactory performance in the first year.
Fellowship: Rs.12,000 p.m.
Age Limit: Not more than 28 years as on last date of submission of application form.
GeneticsMolecular and Cellular BiologyMolecular PathogenesisComputational & Structural Biology
Job Description Candidate should be able to develop molecular markers to differentiate between high and low sucrose content in sugarcane seedlings. Candidate will have to work right from collection of material, DNA isolation to analysis of markers in segregated population.
Qualification: MSc Biotechnology/Botany/Biochemistry/Agril Biotechnology from any reputed University
Experience: Freshers are eligible to apply. However, preference will be given to those having experience/ project work done in suitable area supported by thesis/ research publications..
Compensation: Rs.8,000/- per month consolidated plus H.R.A. as applicable.
Date of Walk-in: 04th November 2009 at 10.00 am
No TA/ DA will be given to candidates by the Institute Candidates have to arrange on their own conveyance.
ESSENTIAL QUALIFICATION 1st Class M.Sc Biochemistry/Biotech/Life Sciences
DESIRABLE 1 – 3 years experience in analytical techniques such as Gas Chromatography, Elisa and handling of laboratory animals
AGE 28 years relaxation in case of SC/ST/OBC candidates as per the GOI Rules.
CONSOLIDATED SALARY Rs 8,000/-p.m.(Fixed) without any allowances.
TENURE One year can be extendable
Homeostasis of the central nervous system (CNS) microenvironment is essential for its normal function. It is maintained by the blood-brain barrier (BBB) which regulates the transport of molecules from blood into brain and backwards. BBB disruption is a hallmark of many diseases of the CNS, including cerebral palsy, multiple sclerosis, stroke, schizophrenia and the many other devastating disorders that involve the CNS. In this scenario, prevention and treatment options rely heavily upon optimized pharmacologic access to the CNS. Our research group aims to understand the BBB in the context of adverse perinatal exposures (such as systemic inflammation and hypoxia-ischemia) and adult neurologic disease models (e.g. for stroke and multiple sclerosis) by using a distinctively developmental approach.
We employ a variety of molecular and cellular techniques such as target gene identification, immunohistochemistry, and confocal imaging with genetically modified mouse models and cell culture models of the BBB.
The position is limited to a 4 years period from 01.01.2010 on, therefore we need an enthusiastic and motivated
postdoctoral fellow candidate
to study molecular mechanisms underlying BBB development and disturbance in development and in neurological disease models (see above). Areas of interest include mechanisms endothelial differentiation and dedifferentiation, protein trafficking, developmental biology, neurobiology and microscopy and molecular imaging techniques.
Trainees will have an opportunity to work in a highly interactive multidisciplinary research environment at the University of Würzburg with cutting-edge genomic and proteomic tools. Individuals with a background in molecular imaging techniques and experience in working with laboratory mice are encouraged to apply.
Applicants please submit a CV and contact information for three references to:
Ms. Sabine Mantel Tel.: 0931 201 30012
Dept. Experimental anesthesiology
(head: Prof. Dr. Förster)
Klinik und Poliklinik für Anästhesiologie
Zentrum Operative Medizin
Oberdürrbacher Straße 6
97080 Würzburg
or via email: Mantel_S-at-klinik.uni-wuerzburg.de