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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌ¿­Ë¿Î÷´¢´óѧҽѧԺҩÀíϵÕÐÆ¸²©Ê¿ºóְλ
2¡¢xxxx רҵ·½Ïò£¨±ØÌҩÀíѧ
3¡¢²©ºóλÖýéÉÜ£¨±ØÌOne postdoctoral position is available in the laboratory of Dr. Youwei Zhang at the Department of Pharmacology, Case Western Reserve University, Cleveland, Ohio, USA. Dr. Zhang¡¯s lab is interested in understanding the molecular mechanisms of cell cycle checkpoint and developing therapeutic strategies against human cancers. We are particularly interested in the S phase replication checkpoint. (Molecular Cell, 19, 607-618, 2005; Molecular Cell, 35, 442-453, 2009).

The Department has a broad range of research areas from signaling transduction to protein structure. It provides an excellent environment to foster collaborations among laboratories working on different research areas.

Self-motivated individuals who have a PhD degree completed within the past three years are encouraged to apply. Strong background in biochemistry and molecular and cellular biology is required.

Cleveland is a beautiful city located near Lake Erie, and has four-season weather. It has a great public education system and living here is very affordable.
4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌyxz169@case.edu

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó ÃÀ¹úÂÞ¸ñ˹´óѧÕÐÆ¸²©Ê¿ºó
2¡¢xxxx רҵ·½Ïò cell biology
3¡¢²©ºóλÖýéÉÜ Several NIH-funded POSTDOCTORAL POSITIONs are available immediately in the Department of Pharmaceutical Science, Rutgers University to study molecular and cellular mechanisms of drug transport through a group of drug transporters. The Department of Pharmaceutical Science is on the Busch campus, Piscataway NJ, which is approximately an hour from NYC & Philadelphia, and is adjacent to the Robertwood Johnson Medical School, the Center for Advanced Biotechnology & Medicine, the Waksman Institute of Microbiology, and the Cancer Institute of New Jersey (CINJ) in New Brunswick. There are more than 200 active research groups on our campus, and many of the world's major pharmaceutical companies are nearby. Applicants should have a Ph.D. in biological science, and experience in standard molecular and cell biology techniques.

Interested individuals should submit a letter of application, curriculum vitae and the names of three references to:

Guofeng You, Ph.D.

Professor

Department of Pharmaceutical Science

Rutgers University

160 Frelinghuysen Road

Piscataway, NJ 08854
4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½ E-Mail: gyou@rci.rutgers.edu

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌÃÀ¹úÍþ˹¿µÐÇ´óѧ¹«¹²½¡¿µÒ½Ñ§ÔºÕÐÆ¸²©Ê¿ºó
2¡¢xxxx רҵ·½Ïò£¨±ØÌ stem/progenitor cell function, blood cell development, and vascular biology
3¡¢²©ºóλÖýéÉÜ£¨±ØÌ¡¢ÍøÖ·Á´½Ó£¨Ñ¡Ì¡¢ÆäËû£¨Ñ¡ÌThe Bresnick laboratory is recruiting one or two postdoctoral fellows to join our research group at the Wisconsin Institutes For Medical Research (WIMR) in the University of Wisconsin School of Medicine and Public Health in Madison, WI. The WIMR provides a cutting-edge scholarly environment for conducting innovative basic and translational research.

We use multidisciplinary approaches to understand important biological processes, including stem/progenitor cell function, blood cell development, and vascular biology. Such approaches include genomics, proteomics, chemical genetics, and computational analysis, as well as traditional molecular, cellular, and biochemical methodologies. In addition to elucidating biological principles, we aim to develop innovative therapeutic strategies based on targeting novel mechanisms. Projects include: (1) Mechanisms of hematopoiesis. Defining such mechanisms has enormous importance, as deviations from hematopoietic programs yield leukemias, lymphomas and other blood disorders. We are analyzing the function and regulation of GATA transcription factors that control hematopoietic stem and progenitor cell function, hematopoiesis, and additional important processes. Transcriptional profiling and chromatin immunoprecipitation studies have identified a large cohort of novel GATA factor target g enes, including genes encoding proteins that bear no obvious similarity to known proteins. Loss-of-function and gain-of-function studies are being conducted in mice, zebrafish, and cultured cells to elucidate new biological pathways, which will provide key insights into mechanisms of development, differentiation, and human disease. (2) Transcriptional control of hemoglobin synthesis. These studies address fundamental mechanistic questions on how chromatin modification/remodeling regulates transcription of endogenous loci and also how hemoglobin synthesis is dysregulated in human hemoglobinopathies. Many questions remain unanswered regarding how dynamic changes in chromatin are orchestrated during development, differentiation, and pathophysiological processes. (3) Linking GATA factor mechanisms to human disease. GATA-1 mutations cause human leukemias, while GATA-2 mutations occur in leukemia as well as coronary artery disease. We discovered a link between GATA-2 function and P arkinson¡¯s disease and also a GATA-1-regulated endogenous suppressor of angiogenesis that functions via a novel mechanism. Studying GATA factors can yield important insights of considerable relevance to human disease.

The successful candidate will develop both independent and collaborative experiments in one or more of our focal areas.
4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌehbresni@wisc.edu

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌÃÀ¹úÎ÷±±´óѧҽѧԺÕÐÆ¸²©Ê¿ºó
2¡¢xxxx רҵ·½Ïò£¨±ØÌcell biological
3¡¢²©ºóλÖýéÉÜ£¨±ØÌ¡¢ÍøÖ·Á´½Ó£¨Ñ¡Ì¡¢ÆäËû£¨Ñ¡ÌMultiple NIH-funded research positions are available immediately. Ranks from postdoctoral research fellows to research assistant professors based on the experiences of the candidates. Requirements include a Ph.D and/or M.D. in immunology or other cell biological field. We are particularly looking for candidates with strong research background in immunology and biochemistry, and experience in working with animal models is a plus.

The focuses of our research are the molecular mechanisms of the development, activation, differentiation and tolerance of both T- and B-lymphocyte, as well as the development of autoimmune disease. Current ongoing research projects are 1) epigenetics and protein acetylation in immune functions, 2) microRNA in T-cell activation and tolerance, and 3) ubiquitination and autoimmunity.

Please send resume and name of three references to:

Deyu Fang, Ph.D.,

Associate Professor,

Department of Pathology,

Northwestern University Feinberg School of Medicine,

303 East Chicago Avenue,

Chicago, IL 60611-3008,

4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌFangD@Northwestern.edu.

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌÃÀ¹úŦԼ´óѧҽѧԺÕÐÆ¸²©Ê¿ºó
2¡¢xxxx רҵ·½Ïò£¨±ØÌNIH
3¡¢²©ºóλÖýéÉÜ£¨±ØÌ¡¢ÍøÖ·Á´½Ó£¨Ñ¡Ì¡¢ÆäËû£¨Ñ¡ÌPostdoctoral position is available at New York University School of Medicine, located in the heart of Manhattan. Candidate with a recent doctoral degree is sought to participate in NIH funded studies on immunotherapeutic approaches for Alzheimer¡¯s disease and other protein conformational disorders, such as type-2 diabetes. An ideal candidate has a strong background in vaccine/antibody development, immunology and/or confocal microscopy. Prior work on protein conformational disorders preferred but is not a prerequisite. Creativity, fluent English as well as good writing skills are desirable. To apply and for further information please contact Einar M. Sigurdsson, Ph.D., Associate Professor, Depts. of Physiology and Neuroscience, and Psychiatry, New York University, School of Medicine, Medical Science Building, Room MSB459, 550 First Avenue, New York, NY 10016
4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌemsnyuad0809@gmail.com

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌÃÀ¹ú°®ºÉ»ª´óѧ
2¡¢xxxx רҵ·½Ïò£¨±ØÌorganic chemistry
3¡¢²©ºóλÖýéÉÜ£¨±ØÌ¡¢ÍøÖ·Á´½Ó£¨Ñ¡Ì¡¢ÆäËû£¨Ñ¡Ì
Postdoctoral Fellow in Organic Chemistry:  Applications are invited from highly motivated synthetic organic chemists to participate in the Iowa Superfund Research Program. This multidisciplinary program is funded by the National Institute of Environmental Health Sciences and studies the distribution and toxicities of airborne PCBs (polychlorinated biphenyls). This position involves the synthesis of environmentally relevant PCBs and their hydroxylated metabolites and will involve the development of new synthetic strategies to various PCB metabolites. This position requires a strong background in organic synthesis, excellent communication skills, and the willingness to work within a well-integrated interdisciplinary research team.  Salary is commensurate with experience. Interested candidates should send a cover letter, CV with publication list and the addresses of three references to:  Dr. Hans-Joachim Lehmler, The University of Iowa, Department of Occupational and Environmental Health, College of Public Health, 100 Oakdale Campus  #124 IREH, Iowa City, Iowa 52242-5000, e-mail: hans-joachim-lehmler@uiowa.edu.
4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌhans-joachim-lehmler@uiowa.edu

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1¡¢University College Dublin  ÕÐÆ¸²©Ê¿ºó

2¡¢×¨Òµ·½Ïò£ºSchool of Electrical, Electronic and Mechanical Engineering

Determination of electrical load composition to enable reduced network investment and energy savings

3¡¢²©ºóλÖýéÉÜ£¨±ØÌ¡¢ÍøÖ·Á´½Ó£¨Ñ¡Ì¡¢ÆäËû£¨Ñ¡Ì

Electrical demand is composed of diverse elements, ranging from light bulbs to dishwashers to industrial smelters. The exact composition of electrical demand is still a relatively unknown factor in electricity distribution. Estimates of demand compositions are employed to determine the level of network investment that will be required. Increased knowledge of the demand composition will improve the efficiency of this investment process and reduce costs. In addition, energy savings through the reduction of the network voltage have been proposed. Such savings are dependent on the demand composition. New technologies such as smart meters now mean that sophisticated field tests can be carried out on the low voltage electricity network for the first time. This project will determine the demand composition through such field tests, derive enhanced demand models from the test results and thus reduce the required network investments and determine if energy savings are achievable through voltage reduction.

A postdoctoral researcher is sought for this SFI funded one year project. This research project will be undertaken under the supervision of Dr. Andrew Keane at the Electricity Research Centre at UCD (www.ucd.ie/erc) and will be pursued in close collaboration with ESB Networks who will host the researcher for a number of months and assist in the implementation of the field trials.

Application Deadline  06 March 2010
http://erc.ucd.ie/#/front.swf

4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌ
Andrew Keane, erc@ucd.ie

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1¡¢xxxx ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó£¨±ØÌ

King Abdullah University of Science and Technology£¬É³Ìذ¢À­²®

2¡¢xxxx רҵ·½Ïò£¨±ØÌ

Environmental Nanotechnology

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(1) Two Post-Doctoral Positions Are Available in Environmental Nanotechnology

King Abdullah University of Science and Technology (KAUST) (http://www.kaust.edu.sa) is an international, graduate-level research university supported by a multi-billion dollar endowment. With sufficient research funding, highly competitive and merit-based compensation scheme and university leadership¡¯s vision and commitment to make KAUST one of the world's greatest academic institutions, KAUST has attracted a large group of leading scholars to join it. Furthermore, through a Global Research Partnership, KAUST has built up deep and meaningful partnerships with the world's most premier institutions (e.g., Stanford University, University of Illinois at Urbana Champaign (UIUC), The University of Oxford, UC Berkeley, Cornell University, University of Texas at Austin) and biggest companies (e.g., IBM, Boeing, Dow Chemical Company), which provide KAUST researchers ample opportunities to work with the world's most leading scientists and to commercialize their research projects. The aforementioned unrivaled resources available to KAUST researchers offer unprecedented opportunities for young scientists to build up their career at KAUST. A recent report on Science Magazine about KAUST can be found here:  http://www.sciencemag.org/cgi/content/full/326/5951/354.



Two post-doctoral research associates are now being recruited in broad areas of environmental nanotechnology and the specific project opportunities will depend on the interests and experience of the applicants. However, previous research experiences in one or more of the following areas are highly valued:

Development of novel, highly efficient, and new-generation nanomaterials for environmental application, including but not limited to: water treatment by adsorption (e.g., highly selective adsorbents based on molecular imprinting, core-shell structured nanomaterials, functionalized mesoporous carbon/silica-based materials) and by catalysis (e.g., highly efficient bimetallic catalysts and photocatalyst, finding solutions to noble metal catalyst poisoning)
Development of lab-on-a-chip sensor based on microfluidics for fast water contaminant analysis (e.g., PPCPs, heavy metals) via fluorescent, colorimetric, or electrochemical detection . Previous experiences with enzyme, aptamer or DNAzyme based sensors are highly valued.   

Applicants should possess a Ph.D. in material sciences, chemical engineering, or related fields. Successful candidates are expected to have a good publication record, ability to work in a team, and a good command of oral and written English.

The positions are available starting April 2010 and the appointment will be initially for one year and may be renewed up to 3 years pending research progress. The salary for postdocs at KAUST is highly competitive (USD $50,000~90,000 per year, depending on qualifications) and there is no income tax in Saudi Arabia. Free housing (no utility charge), health insurances and air-ticket for returning home country each year will be provided. Applicants should submit a detailed resume with a research proposal to Professor Peng Wang at peng.wang@kaust.edu.sa. Review of applications will begin immediately and the positions will remain open until filled.

(2) Professor Wang is always looking for self-motivated and hard-working PhD students who are interested in nanotechnology to join his group. There are NO tuitions and fees for master and PhD students at KAUST. The stipend for PhD students at KAUST is highly competitive (USD $30,000 to $40,000 per year plus free housing and health insurance).

4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½£¨±ØÌ
http://faculty.kaust.edu.sa/site ... tionsavailable.aspx
peng.wang@kaust.edu.sa

¶ÔÓÚ²©Ê¿ÉúÉêÇ룬ӦÕ÷ÕßÒªÇó¾ßÓÐ˶ʿѧλºÍÄÉÃײÄÁϺϳɻòMicrofluidicsÓÃÓÚ¼ì²â·½ÃæµÄ±³¾°£¨×îºÃÊÇ»¯Ñ§»ò²ÄÁÏרҵ£©¡£ÔÚKAUSTµÄ²©Ê¿ÉúµÄÉú»î²¹ÖúÊÇÿÄê4ÍòÃÀÔª£¬Ñ§·Ñ¼°×¡ËÞ·ÑÈ«Ãâ,  Ñ§Ð£±¨ÏúÒ»ÄêÒ»´ÎµÄÍù·µÌ½Ç×»úƱ.  ¶ÔÌØ±ðÓÅÐãµÄÉêÇëÕߣ¬Ó¢ÎÄ¿¼ÊÔÒªÇó(TOEFL and GRE)¿ÉÒÔ»íÃâ¡£ÉêÇëÕß¿ÉÒÔÑ¡ÔñËÄÔ·ݣ¬Ê®Ô·ݣ¬ »òÃ÷ÄêÒ»Ô·ÝÈëѧ¡£

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1¡¢The Catholic University of America  ´óѧ£¨Ñо¿Ëù£©ÕÐÆ¸²©Ê¿ºó
2¡¢biophotonics  ×¨Òµ·½Ïò biophotonics
3¡¢²©ºóλÖýéÉÜ The Biomedical Optics Laboratory at the Catholic University of America is seeking to fill an immediate opening for a post-doctoral fellow. The one year project is funded by a NIDDR and is a collaborative effort between the Catholic University of America and the National Rehabilitation Hospital in Washington DC aimed at investigating skin health with photonics techniques.

Research in our laboratory focuses on the development of diagnostic techniques for a variety of applications. Current projects include: early detection of diabetic retinopathy, assessment of skin cancer margins, and monitoring of skin health in individuals with
spinal cord injury.

Qualifications:
The postdoctoral fellow should be a motivated individual with a background in biophotonics, that has prior knowledge of fiber based techniques and familiarity with both instrumentation and models.
Applications, including curriculum vitae, bibliography, and summary of past research accomplishments should be sent to:

Dr. Jessica Ramella-Roman
The Catholic University of America
Pangborn Hall Room 105B,
620 Michigan Ave, NE
Washington DC
Email:ramella@cua.edu
Phone Number: 202 319 6247

4¡¢µ¼Ê¦ÁªÏµÈË·½Ê½ E-Mail: ramella@cua.edu

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