Welcome

The Department of Biochemistry and Molecular Genetics is one of five Basic Science Departments in the College of Medicine at UIC.

"During the last several decades there have been a series of dramatic advances in the way basic biomedical research is carried out. We are now able to produce large quantities of single proteins and determine their structures at atomic resolution, we can mutate these proteins and modify their properties... [ READ MORE + ]

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Home | UIC Department of Biochemistry and Molecular Genetics

Founded in 1964, the Department of Chemistry of the University of Illinois at Chicago is an internationally recognized center of excellence both in research and teaching. Currently, 24 tenure-track faculty members, four clinical faculty, and half a dozen lecturers teach, supervise, and mentor several hundred undergraduate chemistry and biochemistry students and over one hundred graduate students. The goal of both our undergraduate and graduate programs is to provide students with the highest level of professional instruction in the study and practice of chemistry. Our faculty is committed to offering a welcoming learning and research environment and providing an intellectually challenging experience in chemistry.

Our department offers undergraduate Bachelor of Science Degrees in Chemistry, Biochemistry, and the Teaching of Chemistry, as well as a Bachelor of Arts option in Chemistry. All of the BS degrees are certified by the American Chemical Society. One of the strengths of our undergraduate program is the wide range of research opportunities that we offer our students.

Our highly active graduate program, which is one of the largest in the College of Liberal Arts and Sciences, encompasses a broad range of research areas, including the traditional sub-disciplines (Analytical, Bio, Inorganic, Organic and Physical Chemistry) as well as several new interdisciplinary areas, including chemical biology, nanotechnology and neurochemistry. We encourage applications from both the United States and abroad for our MS and PhD programs.

Chicago is a vibrant, cosmopolitan city and an exciting place to live and study, renowned for its architecture and many cultural and artistic resources. The neighborhood surrounding the University is one of the fastest growing in Chicago and offers easy access to the lakefront, museums, theaters and restaurants for which Chicago is famous. If you are in the Chicago area, please dont hesitate to contact us, and we will arrange for a site visit.

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UIC Department of Chemistry

Welcome to the home page of one of the fastest growing departments of biochemistry in the U.S., where our faculty have developed superb educational and research programs. Learn more about our department.

Charles Brenner, PhD Chair and DEO, Department of Biochemistry

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Biochemistry

Education:

Bachelor of Science

Ashland College Ashland, OH 1970

Doctor of Medicine

University of Florida Gainesville, FL 1976

Doctor of Philosophy (Biochemistry)

University of Florida Gainesville, FL 1976

Internship

University of Florida Gainesville, FL 6/76 6/77

Ophthalmology Residency

University of Florida

Gainesville, FL 6/77 6/80

Specialties:

Cataract & Laser Surgery

Locations:

Winter Haven, FL

Sebring, FL

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Eye Specialists of Mid-Florida, P.A.

Welcome to the Department of Chemistry and Biochemistry at the University of Oklahoma. Our mission is to serve the citizens of the State of Oklahoma and the nation through instructing our undergraduate majors, those in cognate disciplines and as part of the general education programs of the College of Arts and Sciences to understand the role of chemistry and biochemistry in the natural world, through professional training of graduate students and postdoctoral researchers, through creating and disseminating new research-based understanding of chemistry and biochemistry, through providing expert advice and consultation to educational, industrial and governmental units, and through participating in service to the university and professional communities.

We are pursuing this mission through our research activities, our instructional programs and our service contributions. Our research activities are housed in our spectacular Stephenson Life Sciences Research Center (SLSRC) on the research campus located south of OUs main campus. Since 2010, these research facilities house our faculty offices, faculty-led research labs, research centers, research support facilities and departmental administration offices.

As described in our faculty research pages, our outstanding and award-winning faculty contribute to the development of new scientific understanding and training of our students and professional research associates.

We are in the process of a major investment of effort and resources in the development of our undergraduate and graduate instructional programs. Our Graduate Program has just been converted to a modular course program in which we offer variable length courses. Coupled to these highly focused courses are related changes to our graduate program that should bring the time to a doctoral degree down to an average of 4.5 years. In our undergraduate instructional programs we are redesigning the curriculum from general chemistry up to the advanced courses. At the core we wish all students taking chemistry to appreciate the role of chemistry in understanding nature. These courses also develop abilities to collect scientific information, process it and reach conclusions while preparing to add to our scientific understanding of nature.

We are also committed to serving the wider community. Information on our summer academies and science-society relations can be found on our Student Lifeweb pages.

We are grateful to our strong network of supporters. For information on how you can contribute efforts or resources to the department, please visit our Supportweb pages.

I hope you find the information you are looking for on these web pages and by following us on Twitter @UOkChemBiochem. If you have additional questions, please contact us.

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Chemistry & Biochemistry

Current research topics in the field of Biochemistry and Cell Biology include:

Due to the high incidence of both breast and prostate cancer, there is a growing need for a specific screening method for the early diagnosis and implementation of therapy. A better understanding of the pathogenic process in breast and prostate cancer will facilitate the identification of novel biomarkers for the early detection of these cancers. Endosomes and lysosomes are directly involved in the critical processes of energy metabolism, cell division and intracellular signalling, and may therefore have a direct role in cancer pathogenesis. The aim of our research is to investigate altered endosomal-lysosomal biogenesis in breast and prostate cancer. New knowledge on altered biogenesis of these organelles in cancer will be used to develop early diagnostic and prognostic biomarkers.

This research is led by Dr Emma Parkinson-Lawrence and Professor Doug Brooks and carried out in collaboration with Dr Lisa Butler, Head, Molecular Therapeutics research group in the Dame Roma Mitchell Cancer Research Laboratories (DRMCRL), at the University of Adelaide and Hanson Institute

If you are interested in this research please contact Dr Emma Parkinson-Lawrence or Prof Doug Brooks. Also see Mechanisms in Cell Biology and Diseases Research Group

Lysosomal storage disorders are a group of over 50 genetic diseases that are associated with devastating pathology, and more than two-thirds of patients are afflicted with progressive neurological dysfunction. Each disorder is caused by the dysfunction of either a lysosomal enzyme or a protein involved in lysosomal biogenesis. These defects lead to the accumulation of substrate that would normally be degraded in endosomelysosome organelles. The most common lysosomal storage disorder with neuropathology is mucopolysaccharidosis IIIA (MPS IIIA). While it is appreciated that intracellular accumulation of primary substrate ultimately leads to down-stream changes, the exact nature of the event(s) initiating a functional impairment in neurons of the brain is not known. The aim of our research is to investigate potential links between storage, altered intracellular trafficking and neuropathology in MPS IIIA.

This research is carried out in collaboration with Assoc Prof Damien Keating, Head, Molecular and Cellular Neuroscience Laboratory, Flinders University and Dr Kim Hemsley, Head, CNS Therapeutics Lysosomal Diseases Research Unit, SAHMRI.

If you are interested in this research please contact Dr Emma Parkinson-Lawrence or Prof Doug Brooks. Also see Mechanisms in Cell Biology and Diseases Research Group

Blood vessels are complex structures that are essential for the survival of all solid tissues including tumours.In recent years considerable research activity has focussed on identifying agents that may have anti-vascular potential, particularly if that applies to restricting the vascularisation and growth of tumours.

Venoms, especially those from snakes, contain a vast range of peptides and other compounds, some of which have proved to be pharmacologically useful.The most well-known of these are agents that reduce blood pressure but also more recently compounds from venom that influence blood coagulation and others that target endothelial cells are being investigated.

Studies in our laboratory have shown that venoms from Australian snakes also contain some of these compounds. However, the isolation of these molecules using traditional collection and separation techniques is problematic as venom composition can be variable and unpredictable. Our current research therefore involves a detailed study of the mechanisms that initiate and regulate venom production in vivo.To complement this work we are also exploring the development of an in vitro, immortalised venom cell culture model from snakes which will allow controlled studies into the molecular processes that underlie the expression and production of the range of venom components.

If you are interested in this research please contact Assoc Prof Tony Woods.

The emergence of pathogens which are becoming more virulent and resistant against drugs is an increasing public health problem. The available antibacterial treatments are becoming less and less effective, making urgent the discovery of new treatments and therapies. An emerging field of fighting infection is the targeting of bacterial iron acquisition. Iron is vital for the survival of pathogens as well as being an important constituent of virulence and biofilm formation. Ferrous iron is acquired by the Feo transporter. Despite the vital role of the Feo proteins in the survival and virulence of pathogens, our knowledge about this transporter system is still in its infancy.

This project aims to characterise the molecular mechanism of transport and regulation by the Feo proteins from the pathogen P. aeruginosa using molecular, biochemical and biophysical techniques.

A better understanding of the Feo system might help us devise inhibitors for this iron acquisition system and ultimately starve the pathogen from a vital nutrient as well as prevent the formation of highly drug resistant bacterial biofilms.

Keywords: pathogenic bacteria, membrane protein, iron transport, virulence

If you are interested in this research please contact Dr Rietie Venter.

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Biochemistry and Cell Biology - School of Pharmacy and ...

Sullivan Nicolaides Pathology is one of the largest pathology practices in Australia, providing comprehensive services to patients and doctors over a geographic area throughout Queensland and New South Wales and employing more than 2000 people.

Sullivan Nicolaides Pathology services the Brisbane metropolitan area and regional areas extending as far north as Cairns and south to Coffs Harbour.

Sullivan Nicolaides Pathology has an exciting opportunity for a permanent full-time Laboratory Assistant - Biochemistry to work from their new Bowen Hills laboratory in Brisbane.

The work will involve sample sorting and processing in the pre-analytical area of the laboratory.

Some of the more specific responsibilities of the position will include:

To be successful in this role, you'll have excellent communication and organisational skills as well as a high attention to detail to enable maximum accuracy of processing. Previous relevant laboratory experience highly regarded, but not essential.

This is a perfect role for an enthusiastic individual who has a flexible approach to their work as you will be required to work rostered shifts. The rotating roster involves shifts over a 24 hour period, along with weekend shifts and public holidays when fully trained.

You will also require good keyboard skills and the ability to work as a team member in this busy department.

The high level of service provided by Sullivan Nicolaides Pathology is delivered by a dedicated staff comprising of pathologists, scientists, technicians, laboratory assistants, collection personnel, couriers, computer personnel, pathology services assistants and other support staff.

The Bowen Hills laboratory is well-situated for access to nearby public transport.

The successful candidate will enjoy a competitive remuneration packageranging from $19.40 - $24.74 per hour.

In addition, permanent employees enjoy the following benefits:

Please note: Applications close Friday, 18th November.

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Laboratory Assistant - Biochemistry (Bowen Hills Laboratory)

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The Department of Chemistry and Biomolecular Sciences (CBMS) is a research intensive department of academics and students who study and teach chemistry and molecular cell sciences. The focus of our academics is at the exciting chemistry/biology interface, allowing our students to gain cross-disciplinary perspectives while developing discipline specific skills in chemistry and biomolecular sciences.

We apply this philosophy of studying molecules to cells to achieve a sustainable environment, understand health and disease, and advance new molecular technologies.

Research and teaching strength in CBMS includes analytical chemistry, biochemistry, biotechnology, cellular biology, medicinal chemistry, microbiology, molecular biology and genomics, Synthetic Biology, organic/inorganic synthesis, proteomics and protein chemistry, physical chemistry.

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Macquarie University - Department of Chemistry and ...

Biochemistry and Molecular Biology are key biological science disciplines. The knowledge and techniques of the disciplines are applied in many biological fields and have fuelled rapid advances in medical research and biotechnology.

This major provides the springboard for students to enter careers including;

Majoring in Biochemistry and Molecular Biology gives students an opportunity to develop knowledge in key basic biological processes as well as more specialised areas of molecular science. Students will build a foundation of practical skills required for a career as a laboratory scientist, with a strong focus on communication, team-work and research. Essential skills in the modern scientific workplace.

Full details in the handbook.

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Biochemistry & Molecular Biology | Bachelor of Biomedicine

Why study Biochemistry and molecular biology?

Our postgraduate biochemistry and molecular biology program has options for a variety of career paths and study interests. We offer advanced training in biotechnology and molecular biology at Masters-level. We also provide laboratory-based training including data management and a research-based component that is a pathway to PhD studies. We have an extensive PhD program where students are supervised by world leading research staff in state-of- the art laboratories.

The strength in research in this area is demonstrated by the 2012 Excellence in Research for Australia (ERA) ratings. In Biochemistry and Cell Biology, La Trobe was one of only two universities whose research output was rated well above world standard (achieving the maximum score of 5).

Students have access to some of the best teaching and research facilities in the world with the La Trobe Institute for Molecular Science (LIMS) building. LIMS focuses on training researchers to turn molecular science, biotechnology and nanotechnology research into medical solutions.

See the Research tab for information about Master's by research, or PhD.

As a La Trobe graduate you may be eligible for our 10% Alumni Advantage when you apply for a full-fee postgraduate coursework program.

Graduates are prepared for careers in many aspects related to biomedical research, molecular cell biology and biotechnology.

NB: The ATARs published here are a guide, based on the most recent intake, and can change from year to year. These are Clearly-in ATARs, meaning applicants with scores equivalent to, or higher than the quoted ATAR, were made an offer.

To find out more about this course and studying at La Trobe: - ask us a question - book a one-on-one consultation - chat online - visit our FAQ page - connect with us on Facebook, Twitter or Instagram - call us on 1300 135 045.

A limited number of La Trobe College Excellence Scholarships are available, offering up to 25% reduction on your postgraduate course fees. Learn More

The delivery of this course can vary between campuses. For detailed information please select the relevant campus:

Our highly-regarded course offers hands-on, technique-intensive learning, with a strong research focus aimed to equip you with the skills necessary to work in the sector. The curriculum covers key elements of biotechnology and the manipulation of molecular biological data.

The course offers you the opportunity to carry out a full year of laboratory-based research and participate in multiple weekly practicals. You'll spend between 25 and 30 hours in the lab each week during your second year.

Biotechnology is becoming increasingly central to a variety of industries, including medicine, diagnostics, agriculture, environmental protection, food technology and renewable resources technology. When you graduate you'll be prepared for work in molecular biology, biochemistry, bioinformatics and biotechnology, in business and research throughout the world.

Our graduates are working as biotechnologists and technicians at DTS Food Laboratories and Clonal Solutions Australia. They're also working as R and D scientists at biopharmaceutical company CSL Biotherapies and CSIRO. Many of our graduates go on to do further research and work as academics.

You'll also have the flexibility to exit with a Graduate Diploma in Biotechnology and Bioinformatics after completing the first year. If you are an international student and decide to go on to complete a PhD you may be eligible for a scholarship that covers your course fee.

To find out more about this course and studying at La Trobe: - ask us a question - book a one-on-one consultation - chat online - visit our FAQ page - connect with us on Facebook, Twitter or Instagram - call us on 1300 135 045.

A limited number of La Trobe College Excellence Scholarships are available, offering up to 25% reduction on your postgraduate course fees. Learn More

The delivery of this course can vary between campuses. For detailed information please select the relevant campus:

Methods of application vary from course to course. Please see the course entry above for details of how to apply for the course you are interested in.

Some postgraduate courses are fee-paying which means that you pay the full cost of the course (FEE-HELP is available). Others offer Commonwealth Supported Places (CSP) where the Commonwealth Government subsidises the cost of your course and you pay a contribution (HECS-HELP is available).

Students enrolled for certain postgraduate coursework programs may be eligible for student income support.

TOEFL Paper-based Test: minimum score of 575 (minimum score of 5 in the Test of Written English).

TOEFL Internet-based Test: minimum score of 80 with minimum overall for SLR 18; W 22.

La Trobe Melbourne (ELICOS): Completion of the English for Further Studies Advanced Stage 6B at La Trobe Melbourne with minimum 60 per cent overall and 60 per cent in final exam. For more information please visit the La Trobe Melbourne website.

English as the language of instruction in tertiary studies may be accepted. Please note: English as the language of instruction in previous study will not be accepted as a basis of admission (English) for courses where the approved test score requirement is above an IELTS 6.5 with no band score lower than 6.0.

Pearson Test of English (Academic) (PTE): minimum score of 64 with no communicative skill score less than 59.

Cambridge Certificate of Advanced English (CAE): a grade of B or higher.

Cambridge Certificate of Proficiency in English (CPE): a grade of C or higher.

Or approved international equivalent.

A limited number of La Trobe College Excellence Scholarships are available, offering up to 25% reduction on your postgraduate course fees. Learn More

The delivery of this course can vary between campuses. For detailed information please select the relevant campus:

Our highly-regarded course offers hands-on, technique-intensive learning, with a strong research focus aimed to equip you with the skills necessary to work in the sector. The curriculum covers key elements of biotechnology and the manipulation of molecular biological data.

The course offers you the opportunity to carry out a full year of laboratory-based research and participate in multiple weekly practicals. You'll spend between 25 and 30 hours in the lab each week during your second year.

Biotechnology is becoming increasingly central to a variety of industries, including medicine, diagnostics, agriculture, environmental protection, food technology and renewable resources technology. When you graduate you'll be prepared for work in molecular biology, biochemistry, bioinformatics and biotechnology, in business and research throughout the world.

Our graduates are working as biotechnologists and technicians at DTS Food Laboratories and Clonal Solutions Australia. They're also working as R and D scientists at biopharmaceutical company CSL Biotherapies and CSIRO. Many of our graduates go on to do further research and work as academics.

You'll also have the flexibility to exit with a Graduate Diploma in Biotechnology and Bioinformatics after completing the first year. If you are an international student and decide to go on to complete a PhD you may be eligible for a scholarship that covers your course fee.

TOEFL Paper-based Test: minimum score of 575 (minimum score of 5 in the Test of Written English).

TOEFL Internet-based Test: minimum score of 80 with minimum overall for SLR 18; W 22.

La Trobe Melbourne (ELICOS): Completion of the English for Further Studies Advanced Stage 6B at La Trobe Melbourne with minimum 60 per cent overall and 60 per cent in final exam. For more information please visit the La Trobe Melbourne website.

English as the language of instruction in tertiary studies may be accepted. Please note: English as the language of instruction in previous study will not be accepted as a basis of admission (English) for courses where the approved test score requirement is above an IELTS 6.5 with no band score lower than 6.0.

Pearson Test of English (Academic) (PTE): minimum score of 64 with no communicative skill score less than 59.

Cambridge Certificate of Advanced English (CAE): a grade of B or higher.

Cambridge Certificate of Proficiency in English (CPE): a grade of C or higher.

Or approved international equivalent.

A limited number of La Trobe College Excellence Scholarships are available, offering up to 25% reduction on your postgraduate course fees. Learn More

The delivery of this course can vary between campuses. For detailed information please select the relevant campus:

Enquire now about any course for international students or find out how to apply.

Estimated fees for international students are indicated for each course above. Fees are indicative only and set at 120 credit points per course, unless otherwise stated, and may vary depending on the number of credit points in which students enrol. Some courses may vary in credit point load and fees will be adjusted accordingly.

There is also a range of scholarships available for international students to assist students.

As a La Trobe student, you can broaden your horizons by studying overseas with one of our global exchange partners. We have partnerships with more than 100 universities in over 30 countries throughout Asia, Europe and North and South America.

You'll get to meet a large number of academic staff during your studies, from tutors through to lecturers and supervisors. View staff in Biochemistry and molecular biology.

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Postgraduate Biochemistry & Molecular Biology | Degrees ...