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Studentship - Improved methods to encode molecular activity with shape and polarity
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| Scholarships or student grants level |
Graduate
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Countries where scholarship
or student grant is applicable |
United Kingdom /
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Universities where scholarships or
student grants are applicable |
University of Manchester /
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Countries which are eligible
for the scholarhips or student grants |
Austria / Belgium / Bulgaria / Cyprus / Czech Republic / Denmark / Estonia / Finland / France / Germany / Greece / Hungary / Ireland / Italy / Latvia / Lithuania / Luxembourg / Malta / Netherlands / Poland / Portugal / Romania / Slovakia / Slovenia / Spain / Sweden / United Kingdom /
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| Scholarships or student grants program description |
Funding: Funding available for eligible UK/EU applicants.
Subject Areas
* Biochemistry
* Bioinformatics
* Biomolecular Sciences
* Biotechnology
* Pharmacology
* Structural Biology
Description
Shape and charge are key determinants in describing the relationships between small molecules of pharmaceutical relevance, and are therefore important in drug design and virtual screening processes. The same properties also describe many features of proteins and other biological macromolecules. This may simply be as a complementary surface to a drug-like molecule, but also includes the chemical underpinning of biological processes such as catalysis by enzymes. This collaborative PhD is between the groups of Andrew Grant at the Alderley Park site of AstraZeneca, and Jim Warwicker at the University of Manchester. Both groups are active in developing methods for computing solvation properties, either a tool to aid drug design or as a probe to understand biological processes.
This project will run between the two groups to improve techniques by learning from these related project areas. For example, can the tools used to cluster drug-like molecules also be used to classify macromolecules? Conversely, could a knowledge of catalysis in terms of shape and charge, aid inhibitor design? Where the therapeutic molecules are themselves macromolecules, antibodies for example, which are the most appropriate methods for modelling interactions with a receptor?
The student will benefit from interactions within a computational chemistry environment at AstraZeneca that is directed ultimately towards pharmaceutical discovery, and from a background grouping at Manchester with bioinformatics and systems biology components. This PhD is computational, with substantial resource (e.g. computer clusters, databases) at both sites.
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Study fields funded by
the scholarships or student grants |
Computing, Maths And It / Sciences: Pure And Applied /
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| Official scholarships or student grants website: |
click here to go to the official website
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| Official scholarship or student grants email: |
j.warwicker@manchester.ac.uk
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Burse de studiu
Junior Fulbright Program
United States
Ford Foundation International Fellows Program
Worldwide
Rotary Fellowships
Global Network of Community Volunteers
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| Student grants |
School of Chemistry International Student Undergraduate Scholarships
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The Prince Philip Scholarship for applicants from Hong Kong
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NAFUM Masters Scholarship
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NBNA Scholarship Program
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Slope Area Retired Teachers Association Scholarship
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HSF/ Procter & Gamble Company Scholarship
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VA Educational Benefits
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Adelaide Johnson Scholarship
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The Chester W. Fisher Memorial Scholarship
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Byron F. "Corky" Knoll Memorial Scholarship
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The City University of New York s Honors College
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| Universitati |
Alexandria Technical College, United States- Minnesota, Alexandria
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Universal Technical Institute, United States- Florida, Selden
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Quinnipiac University, United States- Connecticut, Hamden
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University of Durham, United Kingdom, Durham
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Occidental College, United States- California, Los Angeles
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Nicolet Area Technical College, United States- Wisconsin, Rhinelander
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Midway College, United States- Kentucky, Midway
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Laredo Community College, United States - Texas, Laredo
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Columbia Basin College, United States- Washington, Pasco
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Interface College-Spokane, United States- Washington, Spokane
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Colorado Technical University, United States - Missouri, North Kansas City
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