Ионцева М.В. Социально-психологические основы формирования корпоративной культуры вуза
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335
Приложение
12.
Graduate
study
Warwick
2003
This Directory provides a complete picture of opportunities for postgraduate study a
Warwick.
It covers taught Master's and research programmes, diplomas and certificates, anc
includes full-time and part-time study, and distance learning.
Academic departments have been listed alphabetically, so that you can quickly find your arei
of interest. The Faculties to which these departments belong (Arts. Science, Medicine, Socia
Studies) are indicated in the headings at the top of each page.
Each
departmental entry contains extensive information about the research interests о
members of
staff,
as
well
as full information about taught courses, includii.g
^-^ntr
requirements and objectives.
Warwick
also has over 40 specialised research centres and institutes, some independent, other:
affiliated to particular academic departments. We have presented these alphabetically
separately from departments (see pages 95-133). All offer research opportunities; many alsc
offer specialised taught Master's programmes, often interdisciplinary in nature.
We hope you
will
find this Directory straightforward and easy to use. It is also available on
line,
where it is regularly updated throughout the academic year.
Access
it at
www.warwick.ac.uk/postgrad for the most
up-to-date
information.
Please read this Directory in conjunction with its companion volume Graduate Study a
Warwick.
This
gives
you a general introduction to graduate study at
Warwick,
witl
information
about the University, Its research activities and
life
as a graduate studen* It alsc
gives
information about funding, explains the University's English language requirements anc
tells you now to apply to become a postgraduate student at
Warwick.
Please note that you cai
now apply
on-line.
Visit
www.warwick.ac.uk/postgrad
Profile
Research
Degrees
MSc,
MS,
MPhil,
MD,
PhD
Chair
Dr
Andrew Easton В Sc Abe/t/, PhD G/as
Postgraduate
Admissions
Tutors
Professor N H
Mann:
MSc (by research),
MPhil/PhD
Tel: +44 (0)24 7652
3526
E-mail: N.H.Mann(a),warwick.ac.uk
Dr
A
G
Morris: MS, MD
Tel:+44
(0)24 7652 3561
E-mail: A.G.Morris@warwick.ac.uk ^
Number
of
Postgraduate
Students:
34(
PhD118MSc4MD10
Number
of
overseas
students
15
Number
of
Studentships
and
Award
Holders
The
Department receives approximately 30 PhD studentships per year from the BBSRC
MRC,
EPSRC,
industry and charities.
Number
of
Teaching/
Research
Assistantships
0
Further
Information
Please contact the Graduate Secretary, Department of Biological Sciences, University о
Warwick,
Coventry CV4 7AL Telephone: +44 (0)24 7652 3502 Fax: +44 (0)24 7652
3568
il
mail:
lbull(a),bio.warwick.ac.uk
The
Department
The
Department
of Biological Sciences has been placed in the highest category for research i
the
Research Assessment Exercises, being 'starred' in 1986 and
given
a rating of 5 in 1985
1992, 1996 and 2001. There are 57 academic
staff,
20 research
fellows
and visitors, some 7
postdoctoral
research
fellows,
and over 120 postgraduate students. The Department has nin
Research
Groups that receive substantial support from the Research Councils, charities an
other
Institutions, government departments and British and overseas industry (e.g. grant
totalling in
excess
of J23.8 million held in 2001). The research of
the
Microbiology, \irc«?og)
Molecular
Cell Biology and Cell and Molecular Development groups is
largely
concerned wiL
cellular, molecular, biochemical and genetic aspects of their areas of biology, so there is
considerable exchange of ideas and technical expertise between them. The Department ha
enlarged its research interests with the establishment of the Protein Structure and MoK'Cula
Medicine
research groups and, most recently, the Neurobiology and Molecular Physiolog
groups. The Ecology and Epidemiology
Group
extends the interests of the Department int
ecology and biomathematics and provides interdisciplinary links with other departments. Th
group structure means that a high
level
of investment can be maintained in new and improve
instrumentation
and facilities. Specialised facilities include the Molecular Biolog
(transcriptomics,
capillary DNA sequencing, real-time PCR) and Proteinics Service;
controlled
environment plant growth rooms, transgenic plant laboratory, HIV laboratory
category 11 and 111 containment laboratories, extensive computational facilities, fermenilatio
laboratories, animal house, Xenopus breeding colony, electron microscopes etc.
External
Links
In
addition to collaborative research links with a number of
national
and international re'-.'^arc
institutions
and other organisations (e.g. British Antarctic Survey, WHO) the Department ha
extensive and diverse links with industry which range from direct funding of research to th
provision of industrial training courses. Large research contracts
exist
with a number с
companies
including GlaxoSmithKline, Enact Pharm, Pfizer and Billfton Process Researcl
Teaching companies have been established with Severn Trent Water and Microbial Systen:
Ltd
and the
Department
has provided a series of in-service training courses for industry whic
Include
professional updating for microbiologists of Severn Trent Water, and courses for th
food industry dealing with the problem of Listeria. ''
Research
Interests
Developmental
Biology
34
The
research of the Cell and Molecular Development
Group
is primarily concerned wim th(
mechanisms
that bring about animal development. The work is especially directed at th(
control
of gene activity in early development and at early processes leading to eel
differentiation. Particular techniques in extensive use are gene cloning, DNA sequencing, us(
of pro- and eukaryotic expression systems, preparing and using monoclonal antibodies
intracellular targeting and secretion, cell micro-injection, Drosophila genetics. The Drosophili
Group
is also studying the genetics of nervous system function.
DrEA
Oliver-Jones:
Early development in Xenopus
laevis,
particular interests in m^sc/erir
and
neural induction and kidney development. See www.bio.warwick.ac.uk
research/jones/framepage. htm
Dr KG
Moffat:
Drosophila development, particular interest in the control of stem cell divisior
in
the early
stages
of spermatogenesis, and identifying new genes involved in neural func'on.
Dr RW Old: The extracellular signalling molecules and the intracellular signalling pathway;
involved in early inductive events responsible for creating the vertebrate body plan.
Dr D
Stott:
Molecular biology of post-implantation mammalian development with particula:
emphasis on mesoderm formation and antero-posterior
axis
specification.
Professor
H R
Woodland:
Molecular events in the development and patterning of th(
endoderm
and germ cells In the amphiWn Xenopus (see www.bio.warwick.ac.uk
woodlanoyhrw2.htm). ^,
Ecology
and
Epidemiology
The
Ecology and Epidemiology
Group
undertakes advanced transdisciplinary research anc
teaching across biology, mathematics and statistics. The prime interests of
the
members ' f
the
Group
include:
Human
and Animal Infectious Disease Epidemiology, Marine Ecology anc
Fisheries, Coastal Zone Management and Development, Conservation, Biomathematics anc
Dynamical
Systems Modelling, and Remote Sensing. Current activities also involve original
data
collection in the
field
and laboratory, as
well
as theoretical (desk) research.
Dr 0
Courtenay:
the ecology and control of
zoonotic
diseases, including human leishmaniasis
(Brazil/Iran)
and bovine tuberculosis (UK).
DrL
Green:
Epidemiology of veterinary infections. Current interests include investigations
into
the control of caseous lymphadenitis in sheep, dynamics of Toxoplasma gondii infection.
spatial studies of
FMDV
and ТВ, inter-herd transmission of
ТВ
and biomechanics of the hoo)
of dairy cattle.
DrMJ
Keeling:
Using simple mathematical models to understand complex biological
problems, in particular the roles of spatial heterogeneity and stochasticity in disease dynainics.
Current
interests include: Bubonic Plague, Foot-and-Mouth disease,
sexually
transmitted
diseases and childhood infections.
Dr G Medley: The interaction of data and mathematical models to provide solutions to the
control
of infectious disease. Current Projects include: epidemiology of bovine tuberculosis,
epidemiological interaction of bacterial pathogens in mastitis (cattle) and
footrot
(sheep), and epidemiology of respiratory syncytial virus. *•
Dr D J Nokes: Theoretical,
field
and laboratory studies of the transmission dynamics and
control
of viral infections of
humans.
(Dr
Nokes is currently based in Kilifi, Kenya leadin a
field
project to study the epidiomilogj
of respiratory syncytial
virus.)
DrARG
Price:
(a) Tropical marine ecosystems and echinoderms; (b) assesment of coastal
resourses, impacts and confiicts including wars; (c) marine govemannce and enviromenta)
aspects of
tourism.
342
Dr С
Sheppard:
Tropical coastal ecology, pollution effects and natural enviromental effect:
on
system, and marine biogeography.
Molecular
Physiology
This recently established group encompasses molecular aspects of ion channel funclior, am
neuroscience along with cell signalling involved in inflammatory responses, pancreatv
function,
membrane-mediated events, and calcium homeostasis.
Dr R
Bland:
Endocrine mechanisms involved in calcium homeostasis and bone metabolism.
DrMHodgkin: The complex interplay of protein-protein and protein-lipid intera tion;
regulating the signal transduction processes that occur following stimulation of cells such a:
neutrophils.
Dr К Lee: Studies how physiological function correlates with gene expression in neurons о
the
dorsal horn and striatum. Dr R Newton:
Airway
inflammation and asthma: Inflammatory
gene expression and mechanisms of repression by antiinflammatory drugs such ai
glucocorticoids and cAMP mobilising agents.
Dr P
Squires:
Investigates why the intact islet, the functional unit of insulin s-;crption
exhibits improved secretory efficiency, as compared to its composite individual cells whar
viewed
in isolation.
Professor
P StanSeld: Studies the structure and function of potassium ion channels of eel
membranes.
Molecular
Medicine
This Research
Group
has been recently established and is expanding. There are four core
research areas in Molecular Medicine: molecular endocrinology; molecular neuroscience:
oncology and cardiovascular/metabolism. This reflects the progress of research stablishec
between the University and local
NHS
Trusts.
DrGM
Hartshorne:
Human
female fertility, including ovarian function, oocyte formaticf. and
growth, meiosis, in vitro maturation, fertilisation, preimplantation embryology, blastocysi
development and cryopreservation,
Professor
MA Hulten: Mechanisms of origin and improved diagnosis of genetic disease with
special reference to meiosis and chromosome disorders.
Dr M Khan: The regulation of beta-cell proliferation and apoptosis as therapeutoic targets in
diabetes and pathogenesis of
chronic
inflammation in the arterial
wall
during artherogenesis/
DrAG
Morris:
Collaborative research with clinicians in local hospitals aimed at elucidating
disease mechanisms, particularly in transplantation medicine, oncology and haematology.
Dr H Randeva: The study of signal transduction characteristics of orexin receptors in the
adrenal and hypothalamus, and the role of leptin in human physiology and pathology.
Professor
S Thornton: The mechanism of human labour, myometrial contractility' and ir
particular the role of
the
neurohypophyseal hormones and their receptors.
DrMT
Vlad:
(a) Defining optimal in vitro culture conditions for mammalian preimplantation
embryo; (b) cloning of genes affecting the differentiation and function of sperm in mouse and
human.
Microbiology
The
Microbiology
Group
is studying a diverse range of microbial systems with a
view
tc
understanding how such organisms interad
with and respond to their environment. Organisms that are essential to major biogeochemical
processes affecting the climate, such as hytoplankton and bacterioplankton in the marine
environment, are one area of interest. Factors that permit organisms to
grow
on specific
substrates or to cause disease under particular envirorunental conditions are studied usmg a
343
variety of biochemical, molecular biological and genetic techniques. The organisms ir^lud^
those that row on simple carbon sources such as carbon dioxide, methane or
alkyl
sulf::
compounds
to those that are more complex such as treptomyces and a variety of human ап(
animal
pathogens. The control of enzyme activity and gene expression is an important featun
of the research as
well
as the exploitation of many of these orga ism
for biotechnological research. The epidemiology and evolution of antibiotic production
resistance and virulence are also being examined in a
wide
range of organisms
Bacteriophages are being investigated, both in terms of their ecological and their potential fo
phage therapy.
Professor
H
Dalton:
The biochemistry and mechanism of bacterial methane activiation and ;
proteomic
approach to the study of bacterial and mammalian gene expression in
lifff^re.n
environmental conditions
DrCS
Dow: Prevalence and importance of dormancy (physiological quiescence) i)
environmental, industrial and pathogenic bacterial populations e.g. cyanobacteria, Escherichi;
coli 0157:H7, Chlamydia trachomatis and Staphylococcus aureus.
Professor
С G
Dowson:
The population
biology,
expression and evolution of resistance ап(
virulence determinants, in Streptococcus pneumoniae, the oral streptococci, Campylobacte
jejuni, Burkholderia cepacia, Listeria monocytogenes and chronic wound micro flora.
DrKP
Flint:
Survival
of indicators of faecal pollution in freshwater. The
physiology
of starve(
microorganisms. The maintenance and transfer of plasmids in starved enteric bacteria.
Dr DA
Hodgson:
The mechanism of light-induced gene expression in Myxococcus xanthus
The
mechanisms that
allow
Listeria monocytogenes to
grow
within animal cells. The cuntro
of secondary metabolism in Streptomyces coelicolor. Molecular computing.
Dr I
McDonald:
The molecular ecology of methane oxidation in extreme environments ап(
the
microbiology of the atmospheric trace
gases
methylbromide and methylchloride
Professor N H
Mann:
The biochemistry, molecular
biology
and genetics of marine am
freshwater picoplanktonic cyanobacteria and their
viruses.
Protein:protein interactions ii
thylakoid biogenesis. Phage therapy.
Professor
J С
Murrell:
Molecular
biology,
physiology,
biochemistry of methylotrophii
bacteria. Molecular ecology of
methanotrophs.
The methane cycle. Bacterial organic
sulfu
metabolism. Bioremediation/biotransformations.
DrPR
Norn's:
Study of iron- and sulphur
oxidizing micro-organisms (particularly thermophiles): their ecology,
physiology,
genetic
and
industrial application in metal recovery/biomining. *
DrDJ
Scanlan: Molecular ecology: mechanisms controlling oceanic photosynthesis in
Synechococcus and Prochlorococcus (cyanobacteria), eukaryotic phytoplankton.
Molecular genetics: nutrient acquisition & light sensing in cyanobacteria.
Professor
EMH
Wellington:
Antibiotic production in
soil
and the distribution of
antibiotic gene clusters in microbial populations.
Survival,
growth and activity of bacteria
in
soil. Horizontal gene transfer in nature and the evolution of antibiotic gene clusters.
Environmental
impacts of the use of antibiotics and the dissemination of antibiotic
resistance genes in environmental bacteria. Interactions between bacteria and amoebae in
soil
and water. Bacterial and fungal chitinases.
Molecular
Cell
Biology
This research group is using a range of cell and molecular
biology
techniques to carry out
research on higher plants, mammalian
cells
and
yeast.
Particular attention is focused on
the
entry of proteins into chloroplasts, molecular mechanisms of circadian rhythms in
higher plants and
yeast,
proteins
involved
in photosynthesis, plant and bacterial proteins
that
are cytotoxic to mammalian cells, mechanisms of protein translocation across
biological membranes, cell communication in fission yeast, molecular chaperones, and
proteins involved in plant signal transduction with special reference to tropisms.
DrA
Bolhuis:
Protein translocation across the cytoplasmic membrane of archaea.
Dr IA
Carre":
Molecular genetic dissection of biological clock mechanisms in Arabidopsis
Role of
the
circadian clock in the photoperiodic regulation of flowering.
Dr J Davey: The use of yeast to study signal transduction with emphasis on the activation
and
regulation of
the
signalling machinery.
Dr L
Frigerio:
The study of
the
intracellular targeting of secretory proteins in plant eel'* ап(
the
expression of
monoclonal
antibodies in transgenic plants.
DrMR Hartley: Mode of
action
of ricin and ricin-related toxins with antiviral properties.
Professor
J M
Lord:
The mechanisms whereby certain protein toxins produced by plants ап(
bacteria enter and
kill
mammalian cells. Examples of such toxins include ricin, diphiheri;
toxin and Shiga toxin.
Professor
A J McW
Millar:
Molecular mechanisms of the biologica
clock in plants, using Arabidopsis genetics, non-invasive bioimaging and mathematica
modelling. For further information, see www.bio.warwlck.ac.uk/millar
Professor
L M
Roberts:
Biosynthesis, cell entry, membrane ranslocation, structure-functioi
relationships and biotechnological applications of toxins such as ricin, J coli (0157:H7) shiga
like toxin and related proteins.
Professor
С
Robinson:
Protein translocation into and across the thylakoid membrane; p>^jteii
export in bacteria; structure and biogenesis of
membrane
proteins.
Neuroblology
The
Neurobiology
Group
studies how specific components of the nervous system such as ioi
channels,
synapses and transmitter receptors contribute to the properties of neurons and th(
operation
and function of
the
nervous system. Invertebrate, amphibian and mammalian model:
of neural function are used: Drosophila, to study the genetic determinants of neural properties
the
Xenopus embryo, to study the operation of neural circuits in intact nervous system; anc
mammalian
brain slices, to study the properties of synapses and neurons in the neonatal anc
adult brain. Understanding how the expression of ion channels and the properties of neuron;
and
synapses are regulated throughout development forms an important unifying theme. Th(
group uses a variety of state-of-the-art electrophysiological techniques along with bioche^ica
and
molecular methods.
Dr R
Baines:
Uses the fruitfly, Drosophila melanogaster, to investigate the development о
both
synaptic connectivity and electrical properties in embryonic neurons.
Professor
N Dale: Research interests include: purinergic modulation of motor circu-ts h
Xenopus; design of novel biosensors to measure the release of purinergic transmitters
developmental regulation of ion channel expression; role of extracellular matrix protein ii
neural
function and development.
Dr D
Spanswick:
Studies the direct actions of hormonal regulators of metabolism oi
hypothalamic neurons and how electrical synapses co-ordinate network activity amongs
mammalian
central neurons.
DrMJ Wall: Studies neurones and synapses in brainstem and cerebellum during devclor;men
with particular reference to their physiological function and molecular components.
Protein
Structure
This group takes experimental approaches to study protein structure and structure/funct.oi
relationships. The principal techniques used are X-ray crystallography, stopped continuous
flow
fluorescence.
FTIR,
circular dichroism and mass spectrometry.
34f
Professor
Н Dalton, FRS: Application of mass spectrometry to proteomics, protein structun
and
function. Recent studies include sequencing of components of soluble methane mono
oxygenase. identification of epitopes of a mini-antibody and the HIV virus and о
streptokinase with Its antibody and the effect of growth conditions on protein expression.
Dr V
Fulop:
Structure determination and time-resolved X-ray crystallographic studies oi
redox active metalloproteins and oligopeptidases.
DrA Kukol: Structure and function of membrane proteins approached by biophysical an
computational
methods with emphasis on -helical viral and human transmembrane proteins.
Dr
T
J T
Pinheiro:
Research activities are focused on protein folding within two main topics
(a)
folding intermediates in membrane insertion and translocation of apocytochrome c, a..,i (b
protein
folding/misfolding in prion diseases.
Dr D
Roper.
The investigation of antibiotic resstance and bacterial cell division mechanism
studied through a variety of structural biology techniques, principally X-ray crystallograph;
aimed at determining tne molecular
basis
of bacterial disease and Posstole novel therapeuti
opportunities.
Professor
J H
Scrivens:
Use of mass spevtormetry and proteomics to study protein an prio:
structure.
Gas-phase ion confirmation studied by means of ion mobility measurements.^H/I
exchange, charge state ditributions and coUison-induced decomposition. Self-assembl
processes of biological macromolecules...
Virology
The
research of
the
Virology
Group
involves
investigations of a range of processes involved i
viral pathogenesis from the
single
cell to the whole animal
levels.
These include interaction с
virus proteins with host protein and nucleic acids, the induction and suppression of host сё.
gene expression and the interaction of virus proteins and whole
viruses
with components of
th
host immune system. Attention is focused on a range of
important
pathogenic
viruses
includin
influenza vims, rotavirus and HIV. A fuller understanding of these processes
will
provide th
basis
for the rational design of a new generation of vaccines and
will
identify new are^s of ce'
biology that may offer the possibility of targets for therapeutic intervention. In addition, \vor
is underway to develop new vectors for use in gene therapy. The projects involve th
application of a wide range of techniques, ranging from those of classical
virology
such a
tissue culture, to molecular biological techniques including DNA sequencing, site-directe
mutagenesis and the use of eukaryotic and prokaryotic expression systems.
For
further details, see the
Virology
Group
website at: www.bio.warwick.ac.uk/ virol/vixphc
.htm
Dr AJ Easton: The main area of research is on the molecular biology of respiratory viruse;
Interests range from the control of gene expression to pathogenesis (see
Virology
Grou
website).
DrKN
Leppard:
Human
adenoviruses: interaction with the host at cell and molecular
level:
and
development as vectors (see
Virology
Group
website).
DrAC
Marriott:
RNA synthesis by non-segmented negative strand viruses, in particuk
structure-function
relationships in the large polymerase protein (see
Virology
Group
website).
Professor
M A
McCrae:
Molecular characterisation of rotaviruses; molecular ba'-.'s с
pathogenicity in dsRNA viruses; structure/function analysis of the vif gene of HIV (se
Virology
Group
website).
Research
Degrees
MSc,
MPhil/РЮ
34
Please apply directly to the Department. Applicants for the MSc will normally be expected tc
have an upper second class honours degree or equivalent.
Entry Specification
For sources of information on language requirements and application procedures, see page 3.
Recent Theses
Investigations into the Development
of the Pronephros of Xenopus Laevis I Molecular Approaches to the Study
of Marine Cyanophages
The Role of Apoptosis and Expression of be 12 and CD40 in Squamous Cell Carcinoma of
thf
Lung
The Impacts of Environmental Forcing
on the Dynamics of Demersal Fishery
Resources of Ghana I Properties and Mechanism of Action of ^
a 17 Amino Acid, V3-loop-speciftc HIV-1
Neutralizing Miniantibody I Biochemical Characterization of the AUXl
Protein from Arabidopsis Thaliana
347
Приложение
13
Webster
University
2002-2003
Undergraduate
Studies
Catalog
IWZ-ZW3
Undergraduate Calendar
2002-2003
Undergraduate International Calendar
U.S.
Extended Campuses Offering Undergraduate Degree Completion
International
Campuses for Undergraduates
University
Overview
Academic Policies and Information
Admission to the University
Financial
Information
Student
Affairs
Curriculum
Offerings
College of
Arts
and Sciences
Behavioral and Social Sciences
Biological Sciences
English
Foreign Languages and Literatures
History, Politics, and Law
Individualized
Areas
of
Concentration
Nursing
Philosophy
Religious Studies
Faculty
Leigh Gerdine College of
Fine
Arts
School of Business and Technology
School of
Communication
School of
Education
The
International Campuses
International
Faculty
Individualized Learning Experiences
Interdisciplinary Programs
Pre-Professional Programs
Special Study Opportunities
Other
Programs
University Directory
4
4
5
6
7
11
18
22,
27
29
31
32
38
44
50
5C-
68
69
71
74
77,
82
112,
136'
141
171
173
179
i8>
192
194
196
205