The ESHG awards prizes of EUR 300.- for outstanding research by young
scientists presented as a spoken contribution at the conference. All young
scientists submitting spoken presentations were encouraged to apply. The nominee
is the first author (i.e. presenting author) of the presented abstract and
should not be more than six years post-doctoral.
Annemieke
Aartsma-Rus
Leiden, The Netherlands
Talk: C15.1 Systemic antisense-mediated exon skipping studies in mouse
models for Duchenne muscular dystrophy
Session: C15 Therapy for genetic disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
September 12, 1977, Leiden, the Netherlands
What is your current position?
Assistant Professor at the Department of Human Genetics (Leiden University
Medical Center, Leiden, the Netherlands). Leader of the group working on
antisense-mediated exon skipping for Duchenne muscular dystrophy
Why did you choose a career in genetics?
I became interested in DNA and genetics during high school biology
lessons and this interest increased during my study. Thus, I elected to do
my final internship at the Human Genetics Department and was subsequently
offered a position as a PhD student, postdoc and assistant professor.
What do you really like about this research?
I helped setting up our therapic approach as a PhD student and have seen it
move from tests in cultured patient-derived cells to animal models and
finally to patients. It is very rewarding to see how basic science work you
are involved in is translated into a clincial application.
What is your ultimate goal in life?
I aim to pursue my scientific career in Genetics and hope that my
efforts will help to bring about an applicable therapy for Duchenne
patients, thereby improving their quality of life. In day-to-day life I try
to help those around me whenever I can (friends, family and colleagues).
|
Mariangela Amenduni
Siena, Italy
Talk: C10.2 Genomic differences between retinoma and retinoblastoma
Session: C10 Cancer genetics
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
09-07-1983 Terlizzi (BA) Italy
What is your current position?
I’m a first year PhD student at the Medical Genetics
Unit, Molecular Biology Department, University of Siena, Italy.
Why did you choose a career in genetics?
I’ve always been interested in DNA and proteins. I
decided to do my PhD in genetics because I think that a better knowledge of
the genetic basis of diseases will lead to a better understanding of how
these diseases develop and progress; even though searching for disease
genes, sometimes, can be a needle in a haystack. The hope is that this
understanding will lead to the development of new medicines that can act on
the cause of the disease, to cure, treat or prevent it.
What do you really like about this research?
I enjoy laboratory work because every day you’ve to
fight with many troubles and be so smart to manage them. This is a good way
to keep your mind always active and to never get bored! I’m really excited
about the talk I’ll held at the meeting, the first one for me. I think it’s
a great satisfaction to let other scientists know my work.
What is your ultimate goal in life?
My idol has always been Rita Levi Montalcini. My
hope is to become at least a good scientist, to lead my own lab, and why not
to be candidate for the Nobel Prize! (We need to be optimistic in our work)
|
Beatriz Aranda Orgilles
Berlin, Germany
Talk: C12.3 Active transport of the ubiquitin ligase MID1 along the
microtubules is regulated by protein phosphatase 2A
Session: C12 Molecular and biochemical basis of disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
07.11.1976, Zaragoza, Spain
What is your current position?
Currently, I'm in a transition period between
finishing up my work in Berlin and moving to another place. I would like to
go to New York and get new experiences in a good lab as a PostDoc. But, I'm
also looking for chances to go back to Spain.
Why did you choose a career in genetics?
It´s hard to describe. It was always more a
"feeling thing" than a decision. I always enjoyed very much topics related
to genetics and felt very good working on them.
What do you really like about this research?
To study a protein complex was always very
interesting because there were many new and surprising things to find out.
To see MID1 moving at the microtubules and see with my own eyes its
liveliness was very fascinating, as well as to be able to modify this
movement.
What is your ultimate goal in life?
As for many other people, my goal in life is
happiness. I want to enjoy my life, be happy every morning when I go to the
lab to investigate something helpful for others, that gives me answers and
makes me grow. And the most important, I want to share all the good things
with my family and friends. |
Anwar Baban
Genova, Italy
Talk: C11.4 Phenotypic Characterization of Poland Syndrome Based on a
Series of 122 Patients
Session: C11 Clinical Genetics III
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
I was born on 10th January 1979 at Anbar Province, 110Km to the West of
Baghdad (Iraq)
What is your current position?
After graduating from Medical School at Baghdad
University (Iraq) in 2002, I got my Postgraduate Degree "Medical Genetics
Speciality" in 2007 at Genoa University-Italy. Currently, I have started my
First year PhD. I am in charge of Genetic Counselling and Research
Activities at Cardiology and Molecular Genetics Units – Gaslini Children
Hospital – Genoa- Italy
Why did you choose a career in genetics?
I knew I wanted to be a geneticist since I was a
child. I believe to know what does it mean to be a lonely soul in this life
since I’m a familiar of a rare disease patient. Families with rare diseases
are lonely at all levels: this is for difficulties in diagnosing and curing
them or even worse for misdiagnosis and social stigma especially in third
world countries. I chose genetics since I determined to help those patients
by all means through the right management at all possible levels.
What do you really like about this research?
When I started my training at Gaslini Children
Hospital in 2003, it was the beginning of the Unique Referral Centre in all
Italy for Poland Syndrome. I’ve great enthusiasm for this topic since I am
in love with orphan diseases. I call it Orphan disease, since there are few
or none systematic research based study in this subject. This makes me
highly interested in searching its Genetic Basis. In my opinion, Poland
Syndrome is a whole world to discover!
What is your ultimate goal in life?
Do final goals exist? I believe there is no staying
aside without being left behind! However, the thing that I’m sure I want to
reach is to make a difference in the world I’m living in. I hope to be able
to answer questions and make positive differences in the lives of affected,
carriers, or care givers of rare diseases. Last but not the least (it is
rather a dream) have a peaceful and democratic homeland to live in! |
Ortal Barel
Beer-sheva, Israel
Talk: C03.1 Mitochondrial complex 3 deficiency associated with homozygous
mutation in UQCRQ, encoding ubiquinol - cytochrome c reductase, complex III
subunit VII, 9.5kDa
Session: C03 Genetic analysis, linkage, and association
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
June 6, 1977, Beer-sheva, Israel
What is your current position?
I am a PhD student in Dr. Birk’s human genetics
research lab at Ben-Gurion University, Israel. I am searching for genes
involved in severe hereditary neuromuscular syndromes.
Why did you choose a career in genetics?
Since I remember myself, I was interested in
biology. The specific interest in human genetics arose during my B.Sc.
studies. For my graduate studies I specifically looked for a research lab
studying human hereditary diseases. This is a fascinating field as it
combines scientific questions of great interest unraveling the mechanism of
human diseases, with the generation of practical diagnostic tools enabling
direct immediate clinical implementation of the findings.
What do you really like about this research?
I like the excitement and the ups and downs of a
research project (certainly the ups), while knowing that the results of my
work will be of crucial importance to many families – giving them the tools
for carrier detection and prenatal diagnosis of a very severe disease.
During my PhD I investigated two severe neuromuscular syndromes in separate
families, and defined the disease causing genes in both diseases.
What is your ultimate goal in life?
During my PhD studies I gave birth to my dearest
two daughters. My ultimate goal in life is to successfully integrate between
having a happy warm family and an interesting and challenging research
career. |
Sophie Belin
Marseille, France
Talk: P10.08 Mechanism of CMT1A phenotypic correction by high dose of
ascorbic acid
Session: C15 Therapy for Genetic Disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Add your profile |
Sabrina
Bimonte
Naples, Italy
Talk: C12.5 Study of the role of the Ofd1 transcript in limb patterning
and endochondral bone development
Session: C12 Molecular and biochemical basis of disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
2/06/1977 Naples (Italy)
What is your current position?
I'm a phD student in Molecular Medicine (SEMM)
Why did you choose a career in genetics?
Because it is very interesting
What do you really like about this research?
Ofd1 conditional mouse model is a powerful tool to understand the role
of Ofd1 gene in limb development and skeletal patterning
What is your ultimate goal in life?
I will submit the paper on this research project and I will get marred
on 26th June |
Beatrice Bodega
Milan, Italy
Talk: C12.2 Polycomb complex shapes the higher order of D4Z4 chromatin
structure during differentiation of normal and FSHD muscle stem cells
Session: C12 Molecular and biochemical basis of disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
Lecco (50km from Milan), Italy 11.02.1980
What is your current position?
Second year Post doctoral fellow at University of
Milan, Dept. of Biology and Genetics for Medical Sciences
Why did you choose a career in genetics?
I think that genetics is at the basis of molecular
medicine development.
What do you really like about this research?
Creativity, perseverance in discovering, dynamic
evolution of genetic knowledge and nothing taken for granted.
What is your ultimate goal in life?
The deep comprehension of human nature and a long
life to enjoy it. |
Randy Chandler
Bethesda, MD, United States
Talk: C15.4 Rescue of a Lethal Murine Model of Methylmalonic Acidemia
using AAV 8 Mediated Gene Therapy
Session: C15 Therapy for genetic disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
June 9, 1966 Camden, New Jersey
What is your current position?
Research Scientist at the Human Genome Research
Institute National Institutes of Health (NIH) where I research Methylmalonic
Acidemia (MMA). I first became interested in MMA while conducting my
master’s research at the University of Pennsylvania and came to the NIH to
continue this research.
Why did you choose a career in genetics?
I began my career working as environmental
scientist, but my education as a biologist led me back to my biological
roots. I was particularly interested in genetics because, with the
sequencing of the human genome, I felt the field of genetics holds great
promise for understanding and treating human diseases.
What do you really like about this research?
Having the opportunity to meet some of the families
dealing with MMA has allowed me to understand how devastating this disease
can be both to the patients and their families. My interest in helping the
families afflicted with MMA has been a motivating force in my work.
What is your ultimate goal in life?
My ultimate and most rewarding career goal would be
discovering a new therapy to improve the quality of life for MMA patients. I
would like to find an institution that would allow me to conduct my PhD
research in MMA. Outside of my career, my ultimate goal in life is to live
life without regrets and to be happy and share that happiness with family
and friends. |
Julie
Desir
Brussels, Belgium
Talk: C02.3 LTBP2 mutation in autosomal recessive microspherophakia with
some marfanoid features
Session: C02 Molecular and biochemical basis of disease - Skeletal dysplasia
and cardiovascular defects
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
January 7, 1975, Brussels, Belgium
What is your current position?
I am PhD student in the Laboratory of Medical Genetics,
Hôpital Erasme, Free University of Brussels, Belgium
Why did you choose a career in genetics?
Genetics always interested me. At 12 years, I had
an exciting introduction to Mendelian transmission at school, leading me to
cross my Zebra Finch birds to see variations in offspring colors from plain
grey to completely white and to draw detailed genealogic tree of my family.
To concretize this passion, I chose to do Medical studies, specialization in
Pediatrics and then a PhD in Molecular Genetics.
What do you really like about this research?
This research is exciting because we start from an
orphan disease and everything has to be discovered. Nothing is known about
the mechanisms of the disease and its relations with the related and
well-studied Marfan syndrome.
What is your ultimate goal in life?
To live with smile, be proud of what I am doing,
learn many things and raise my three children happy, healthy and successful. |
Alexandre Fort
Geneva, Switzerland
Talk: C05.5 A large human miRNA library screen reveals a potential role
of miRNAs in the fine tuning of fibrinogen levels
Session: C05 Genomics, technology, bioinformatics
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
I was born on a sunny day on the 5th of June 1979 in Geneva, Switzerland.
What is your current position?
I am a third year PhD student in the Department of Medicine Genetic and
Development at the University of Geneva
Why did you choose a career in genetics?
When I started my university degree, I thought that every biological
question that one can ask could be answered by genetic studies… I recently
understood that this is not the case…
What do you really like about this research?
I love the idea to be the first digging a virgin field with the potential to
unveil new areas of investigation in the domain of haemostasis gene
regulation.
What is your ultimate goal in life?
After setting up a home and starting a family… becoming the ESHG
chairman and introducing an old friend for the Award Lecture! On that day, I
would certainly feel that I had achieved my goals in the field of human
genetics!
|
Michella Ghassibe
Brussels, Belgium
Talk: C02.1 Fas-associated factor-1, a protein involved in apoptosis, causes
cleft lip and palate
Session: C02 Molecular and biochemical basis of disease - Skeletal dysplasia
and cardiovascular defects
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
1/1/1979 , Hadath-Lebanon
What is your current position?
A post doctoral scientific collaborator in the
laboratory Human genetics
Why did you choose a career in genetics?
I became interested in molecular biology and
genetics during high school studies. Thus, I chose to do my BA in Biology
and moved to Brussels for a master degree in genetics in the laboratory of
Human Genetics. There, I was subsequently offered a position as a PhD
student and scientific collaborator.
What do you really like about this research?
During my research, I learned so many fascinating
techniques such as SNP chips and microarrays, cellular cloning, animal
studies. I was fortunate to enjoy collaborations with the major European and
American cleft centers, which revealed highly educational as it helped me to
familiarize myself with the many challenges of science.
4. What is your ultimate goal in life?
I am seeking to pursue a career in teaching and
research in genetics and molecular biology. I ardently hope to serve Lebanon
one day by putting my scientific knowledge and skills for the benefit of
students of science. My ultimate aim though, is to manage between science,
my career and my personal life. |
Philipp Greif
Munich, Germany
Talk: C10.5 Disruption of Ikaros function by the CALM/AF10 fusion protein
might be responsible for abortive lymphoid development in CALM/AF10 positive
leukemia
Session: C10 Cancer genetics
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
15.04.1977 Munich / Germany
What is your current position?
I am currently working as postdoctoral fellow funded by the German Jose
Carreras Leukemia Foundation
Why did you choose a career in genetics?
During medical school I did a research project on chromatin remodelling
in drosophila and also in human prostate cancer for my MD thesis. This work
was done both in the department of molecular biology at the University of
Munich and in the department of pathology at the Queens University Belfast.
The experience of these very different research environments made me realize
that only very few investigators are able to bridge basic and clinical
research. That is why I took the opportunity to work at the interface of
biological and medical science.
What do you really like about this research?
I enjoy to do project driven work rather than pure clinical routine.
Although laboratory work is similarly demanding as compared to a clinician's
job, there is a lot of freedom when and how to perform experiments. In
biomedical research it is fascinating that often unexpected results or even
failure of experiments lead to outstanding discoveries. Imagine for example
an architect building a bridge instead of a house. While this architect
would probably not be rewarded, Alexander Fleming got the Nobel Prize for
the discovery of Penicillin after a fungus had accidentally contaminated his
bacterial culture. Sometimes science is like gambling.
4. What is your ultimate goal in life?
If there was an ultimate goal, it would be extremely boring to reach it.
The passion of working towards each and every goal is driving me. I just
hope that I remain privileged to do something interesting to make a living.
|
Natalia
Guseva
Moscow, Russian Federation
Talk: C10.4 Leukemia biochip analysis of chromosomal translocations in
childhood leukemia in Russia using hybridization and on-chip PCR approaches.
Session: C10 Cancer genetics
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
17th of April, 1974 in Kharkov, USSR.
What is your current position?
My present position is a postdoctoral researcher at the Human Genetics
group, Laboratory of Biological Microchips, Engelhardt Institute of
Molecular Biology in Moscow, Russia.
Why did you choose a career in genetics?
I have chosen a career in genetics because it is an exciting field of
research and will bring many new discoveries in the future. Cancer is a
genetic disease. I think studying genetics can offer answers for fundamental
questions about development and underlying causes of cancer.
What do you really like about this research?
Three dimensional biochips is a cutting-edge technology that allows
streamlining clinical diagnostics, making it more effective and
cost-efficient. I like most about my research that it lies in the area where
genetics meets the need of people in the real life. If timely and correctly
diagnosed, children with leukemia have very good chance to survive and
recover from the malignancy.
What is your ultimate goal in life?
My ultimate goal in life is to live for a cause, to grow in my talents, to
do good science, and to be able to help people, saving them from the power
of death and disease.
|
Kristien Hoornaert
Gent, Belgium
Talk: C11.2 Genotype and phenotype of Stickler syndrome caused by
mutations in the COL2A1 gene
Session: C11 Clinical Genetics III
Date: June 3, 2008 - 10.45 - 12.15 hrs
add your profile |
Johannes Kapeller
Heidelberg, Germany
Talk: C08.2 Elevated expression of serotonin receptor type 3 genes may
contribute to irritable bowel syndrome with diarrhea
Session: C08 Genetic analysis, linkage, and association - Genomewide
association studies
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
February 27, 1978 in Bad Friedrichshall, Germany
What is your current position?
I am currently working as a PhD student at the
Department of Human Molecular Genetics in Heidelberg, Germany.
Why did you choose a career in genetics?
My first contact with genetics was in high school. I
was fascinated by Mendel´s studies of the inheritance of traits. Later at
university, this interest deepened when I studied the molecular mechanisms
involved in genetics and the role of genes in human diseases.
What do you really like about this research?
For me, working in the field of human genetics is the
perfect combination of biological and medical research. Being part of a
project that mainly focuses on complex disorders is both, exciting and very
challenging. I like that. And I love to do lab work – give me a pipette and
I´m happy.
What is your ultimate goal in life?
Winning an Oscar as best supporting actor in a movie
with Nicole Kidman ! No seriously, there are so many goals and steps ahead –
I just hope I can achieve most of them and live a happy and meaningful life. |
Ivana Kolcic
Edinburgh, United Kingdom
Talk: C08.6 Genome-wide association and functional studies identify
SLC2A9 (GLUT 9) as a novel uric acid transporter influencing serum urate
concentration, urate excretion and gout disease
Session: C08 Genetic analysis, linkage, and association - Genomewide
association studies
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
18.05.1979, Zagreb, Croatia
What is your current position?
Research trainee in epidemiology (PhD student), MD
Why did you choose a career in genetics?
With Human genome project a new era in human genetics
and medicine has begun. I wanted to be a part of it. As an MD, I believe
that genetics offers numerous possibilities for development of both new
diagnostic and treatment procedures which could improve the quality of life
and also save human lives on a greater scale.
What do you really like about this research?
The possibility to be involved in research that can
lead to new findings, especially those that can be applied in medicine, as
well as understanding the underlying mechanisms for complex diseases that
comprise substantial burden of disease globally.
What is your ultimate goal in life?
To contribute to the global knowledge on complex human
diseases and apply at least a part of this knowledge in medical practice. |
Pirkka-Pekka Laurila
Helsinki, Finland
Talk: C02.5 Knock-out models in mice and men suggest a proatherogenic
role for USF1
Session: C02 Molecular and biochemical basis of disease - Skeletal dysplasia
and cardiovascular defects
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
March 3, 1982 Helsinki, Finland
What is your current position?
I’m doing my PhD on molecular genetics of common dyslipidemias at the
National Public Health Institute of Finland. Along with my research, I am a
fifth year medical student at the University of Helsinki.
Why did you choose a career in genetics?
Genetics is probably the fastest evolving field in science as major
breakthroughs emerge almost every week. This is a result of international
cooperation and complete sequence of the human genome. It is a treat to work
with the most brilliant, attractive, coolest and funniest people, and be
part of the global team solving the mysteries of complex diseases. In
genetics, ideas from other disciplines, such as math, biochemistry, medicine
and computer science, dovetail with one another to form beautiful
intellectual edifices. This synchronization of cross-disciplinary expertise
will eventually lead to a better understanding of human diseases.
What do you really like about this research?
USF1 is a fascinating molecule; being a ubiquitous
transcription factor, a multitude of biological pathways appears to be
regulated by the gene. Since we discovered that USF1 was associated with
blood fat levels, a fundamental question remained: Is USF1 itself ultimately
good or bad for your arteries? My research sheds light on this subject: as
mice lacking Usf1 have lower blood fat levels than their littermates having
the gene, not having USF1 might actually be good for you!
What is your ultimate goal in life?
I want to do science with ‘passion and compassion’, i.e. aim for the very
top, but still treat other people with respect and consideration along the
way as well as maintain a sense of (quality) humor. I hope some of the
findings in my research will turn out to clinically relevant in treating
cardiovascular disease. While waiting for that, I hope to find the abstract
beauty of genetics of lipid metabolism and other aspects of my research. I
wish I could give my best in everything I’m involved with, whether it was
science, music, medicine, or people around me, and enjoy the fruits of my
work. |
Valérie Malan
Paris, France
Talk: C04.1 Copy number variations in patients with overgrowth syndromes
detected by array-CGH
Session: C04 Molecular Cytogenetics
Date: June 1, 2008 - 15.00 - 16.30 hrs
add your profile |
Divya Deepak Mehta
Munich, Germany
Talk: C13.4 Gene expression variation from peripheral blood in the
general population - the KORA study
Session: C13 Normal variation, population genetics, genetic epidemiology
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
27th November, 1982. Mumbai, India
What is your current position?
I am a final year PhD Student working on an NGFN
funded project in the group of Prof. Meitinger at the Institute of Human
Genetics, GSF/Helmholtz Research Center, Munich.
Why did you choose a career in genetics?
At the University of Sheffield, I had the opportunity
to study a range of subjects in the first year. Genetics and its role in
health and disease, increasing in detail from population to the basic
molecular level, fascinated me. So, in my second year, I changed to the more
specialized BSc in Genetics course. From then on I passionately pursued my
goal of becoming a Human Geneticist by completing the MSc Degree in Human
Molecular Genetics at Imperial College London and then joining the PhD
program.
What do you really like about this research?
Since 2006, there has been an explosion of Genome-wide
association studies mapping novel susceptibility regions for common
diseases. Although extensive research has been done in different populations
and various tissues, a lot still remains unknown. Each new study will
unravel unidentified aspects of the genome and add to the existing knowledge
of genetic variation. What I really like about my research is that this
field of study is still at a nascent stage. The future holds the possibility
of a lot of breakthroughs.
What is your ultimate goal in life?
I am thoroughly enjoying my research in the field of
genomic variation and the life-long learning that goes along with a career
in Genetics. I aim to contribute in the development of innovative genome
wide association strategies for gene discovery and employ them to elucidate
the genetics of complex diseases. This would ultimately aid in disease
prevention and treatment, new therapeutics, and maintenance of health. |
Florence
Molinari
Paris, France
Talk: C07.1 Oligosaccharyltransferase subunits mutations in non-syndromic
mental retardation
Session: C07 Molecular and biochemical basis of disease - Neurogenetics
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
I was born in June 15th 1978, in Provins,
a medieval town located at 80kms from Paris
What is your current position?
I am a researcher in the Human Genetics
Department of Necker-Enfants Malades Hospital, Paris France. More precisely,
I'm searching for genes involved in autosomal recessive mental retardation.
Why did you choose a career in genetics?
When I started, I wanted to help patients, to
better understand their disease and maybe to cure them. And I realized that
the bases of much disease are mutations in genes ! So the first step to cure
a disease is certainly to identify the gene and then understand the
mechanisms which underlie this disease.
What do you really like about this research?
Each time that I found a gene, it was a novel
mechanism, a novel field. So I learned new informations and made
collaborations with a lot of different people. It is so rewarding.
What is your ultimate goal in life?
Don't Worry, Be Happy !! I think there is no
ultimate goal in life, each time you reach a goal, you have to find another
one!! But I think that I would be very happy the day that I would find a
solution to cure people from a disease and to give them hope in life !! |
Filomena Tiziana Papa
Siena, Italy
Talk: C04.4 Array-CGH analysis of MCA/MR patients: identification of 5
novel microdeletion syndromes
Session: C04 Molecular Cytogenetics
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
February 02, 1977 in Foggia, Italy
What is your current position?
I am a PhD student of the Medical Genetics Section
of the University of Siena (Italy).
My research project focuses on the identification of the genetic causes in
patients with mental retardation and multiple congenital anomalies through
genome wide array-CGH analysis.
Why did you choose a career in genetics?
After my degree in Biological Sciences, I decided to
switch my research interests from proteomics to human genetics because I was
fascinated by “gene hunting” through linkage analysis. After that era, I
felt in love with array-based techniques that allow “to get a glance” on the
entire genome of a patient in a single experiment.
What do you really like about this research?
I deal with array-CGH and I am very amaze by progresses
of technologies and by the power of bioinformatics tools. Furthermore,
results of my research have often an immediate application in clinic and
this makes me fell useful, at least in part, for patients and their
families.
What is your ultimate goal in life?
I hope to continue to study molecular cytogenetics and
to spent a period abroad to exchange my scientific ideas with other
researchers working in this fascinating field. |
Sandra Pasternack
Bonn, Germany
Talk: PL2.3 G protein-coupled receptor P2Y5 and its ligand LPA are
involved in maintenance of human hair growth
Date: May 31, 2008 - 18.30 - 20.15 hrs
add your profile
|
Anne Marie Plass
Amsterdam, The Netherlands
Talk: C14.5 Treatable and untreatable diseases in the neonatal-screening
programme: the opinion of future parents in The Netherlands
Session: C14 Genetic counselling, education, genetic services, and public
policy
Date: June 3, 2008 - 10.45 - 12.15 hrs
add your profile
|
Annie Rebibo Sabbah
Haifa, Israel
Talk: C15.5 Evaluating suppression of nonsense mutations by
aminoglycoside antibiotics as an intervention for vision loss in type I
Usher syndrome
Session: C15 Therapy for genetic disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
November, 26, 1981, Paris, France.
What is your current position?
I am currently in the last year of my Ph.D. at the
Genetics Department of the Rappaport Medical School of the Technion, Haifa,
Israel.
Why did you choose a career in genetics?
Since my first class in genetics in high school, I was
fascinated by family pedigrees. The time has passed and my passion for
genetics has grown. Now I am fascinated by all the progress and discoveries
that have been made during the last years. It gives us the feeling that our
research is important and that we can make things better by our efforts and
eagerness.
What do you really like about this research?
You can never know for sure what you will discover. You
have expectations and hypothesis but you also have surprises and they all
together lead to new findings.
There is excitement, challenge and you never get bored.
What is your ultimate goal in life?
I want to have my own lab, where I can conduct
research, knowing that someday, our findings will help patients and improve
their health but also their life quality. No less important, I want to have,
at the same time, a fulfilling family life and enjoy each and every moment
with the people I love. |
Nicole Revencu
Brussels, Belgium
Talk: C06.4 Capillary Malformation - Arteriovenous Malformation: clinical
and molecular aspects
Session: C06 Clinical Genetics II
Date: June 2, 2008 - 15.00 - 16.30 hrs
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Ana Rincón
Madrid, Spain
Talk: C15.3 Antisense therapeutics for a new deep intronic variation
identified in two Methylmalonic Acidemia patients
Session: C15 Therapy for genetic disease
Date: June 3, 2008 - 10.45 - 12.15 hrs
Date and city of birth
December 20th, 1978 in Madrid
What is your current position?
I am a PhD student in the Centro de Biología
Molecular Severo Ochoa in Madrid, Spain.
Why did you choose a career in genetics?
I became interested in Biology during high school
lessons and this interest increased during my study.
What do you really like about this research?
I enjoy laboratory work because there are many new and
surprising things to find out about genes and proteins.
What is your ultimate goal in life?
My ultimate career goal would be discovering a new
therapy for MMA patients. Outside of my career, my ultimate goal in life is
set up a home and start my own family. |
Lindsay Robertson
London, United Kingdom
Talk: C09.6 Fluorescence In-Situ Hybridisation using Oligonucleotide
probes (Oligo-FISH): a new strategy for Preimplantation Genetic Screening
(PGS).
Session: C09 Preimplantation and prenatal genetic diagnosis
Date: June 2, 2008 - 15.00 - 16.30 hrs
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Erika Salvi
Milan, Italy
Talk: C13.6 Comparison of different methods to estimate genetic ancestry
and control for stratification in genome-wide association studies
Session: C13 Normal variation, population genetics, genetic epidemiology
Date: June 3, 2008 - 10.45 - 12.15 hrs
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Serena Sanna
Monserrato, Italy
Talk: C08.3 Genome-wide association scan for serum TSH levels in 2375
Sardinians
Session: C08 Genetic analysis, linkage, and association - Genomewide
association studies
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
November 15, 1980, San Gavino M., in the
Sardinian Province of Cagliari, Italy
What is your current position?
I’m currently a Post doctoral collaborator
of the Institute of Neurogenetic and Neuropharmacology of the Italian
National Council of Research, in Monserrato, Italy.
Why did you choose a career in genetics?
After I graduated in Math, I started to work
in a molecular genetic lab, and I was definitely feeling a little “dumb”...
I could not remember the biology I studied during the high school...
“chromosome”? “nucleotide”??? “Mitocondrial DNA”?? are you cursing??? Then I
started to go deeper and deeper in the field, knowing about statistical
genetics: the wedding. All the theory on statistics, analysis, programming
found a reason to exist: we can use all those infinite (but still numerable)
formulas to calculate the probability that one particular mutation is
associated to a disease. That’s a perfect demonstration that Science is one,
big, unlimited world, and I want to discover it!
What do you really like about this research?
I think what it’s attracting and motivating me
is that I’m studying my population: the Sardinian. Isn’t great that a
Sardinian scientist, studying the Sardinia population in a Sardinian lab, is
able to discover something that may be useful for Sardinian’s and world
while people’s health??
What is your ultimate goal in life?
I would like to have two big families: my
private one, with my husband and my children, and the business one, with a
lot of students and colleagues working in my OWN lab. |
Bernard
Thienpont
Leuven, Belgium
Talk: C04.5 Towards an improved genetic diagnosis of individuals with a
congenital heart defects
Session: C04 Molecular Cytogenetics
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
May 22th, 1980 in Wilrijk
What is your current position?
I am a PhD student at the Center for Human Genetics
in Leuven, Belgium
Why did you choose a career in genetics?
I started as a engineer of cellular and genetic
biotechnology, and was attracted by the wide view used when addressing
problems. I however quickly learned that I preferred working on solving
problems of humans rather than of plants or bacteria. Now I thoroughly enjoy
the combination of doing interesting and challenging research, and making a
significant difference in the lives of people.
What do you really like about this research?
I like the collaboration we established between
clinical genetics, bio-informatics and developmental biology. It is at this
interface that insightful discussions arise and where we all learn that
there is a lot of truth in the cliché "a collaboration is more than the sum
of its individual components".
What is your ultimate goal in life?
My face on a stamp and a city named after me :).
No, I do not to strive for an ultimate goal in life. I try to enjoy life
every day by remaining challenged, curious and focused, by making the people
around me happy and by making a difference where I can. |
B.W.M van Bon
Nijmegen, The Netherlands
Talk: C01.1 Clinical and molecular characteristics of 1qter syndrome:
Delineating a critical region for corpus callosum agenesis/hypogenesis
Session: C01 Clinical Genetics I
Date: June 1, 2008 - 15.00 - 16.30 hrsDate and city of birth
09-07-1981, Wamel, The Netherlands
What is your current position?
I am combining my training to become a clinical
geneticist with my PhD project on different forms of genomic imbalance in
mental retardation.
Why did you choose a career in genetics?
Working in clinical genetics gives me the opportunity
to combine those activities I enjoy the most. Which are the relationship
with my patients and the chance to find answers to numerous questions. Being
“a doctor in the lab” I am able to mix and to understand the best of two
worlds.
What do you really like about this research?
Besides the combination of research and clinical work
there is another fact that I especially enjoyed about this 1qter deletion
study: Namely, the international character of this project. It is amazing
what you can achieve working together with so many different people from
different places.
What is your ultimate goal in life?
To stay curious. Curious for the stories of patients,
curious for questions of students and curious to unravel small parts of
unknown genetic science. |
Steven
Van Vooren
Leuven, Belgium
Talk: C04.6 Information management for constitutional cytogenetics: tools
for ArrayCGH in a clinical diagnostic context
Session: C04 Molecular Cytogenetics
Date: June 1, 2008 - 15.00 - 16.30 hrs
Date and city of birth
June 10th, 1977
What is your current position?
PhD Student at Katholieke Universiteit
Leuven
Why did you choose a career in genetics?
I started off as a computer scientist with a
keen interest in Life, The Universe, and Everything. After additional master
degrees in Artificial Intelligence and in Bioinformatics, I eagerly took the
opportunity to start a PhD project at the Engineering Department where I
focused on biomedical text mining. Along the way, I oriented my research
towards Informatics in Medical Genetics. This exciting field is a place
where statistics, data mining algorithms, machines, systems and networks
meet Life itself.
What do you really like about this research?
What I really like about this field is how
research in Data Mining combined with the principles and practices of
Software Engineering are applied to human genetics and biomedical problems,
and lead to advances in both biomedical research as in clinical practice and
day to day diagnostics.
What is your ultimate goal in life?
A warm bed, a kind word, and unlimited power. |
Manuela
Vecsler
Tel-Aviv, Israel
Talk: C07.3 Mechanisms of MECP2 function underlying Rett syndrome as
revealed from overexpression and knock-down systems in vitro
Session: C07 Molecular and biochemical basis of disease - Neurogenetics
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
14th of January 1977, Brasov, Romania
What is your current position?
I am in the final phase of my PhD studies
at The Graduate School of Sackler Faculty of Medicine, Tel Aviv University,
in Israel. In addition, I am a fellow at the Sagol Neuroscience Center, at
Sheba Medical Center, Israel.
Why did you choose a career in genetics?
It seems to me that knowledge in the fields of
clinical and medical genetics and molecular biology hold promise for better
condition of humanity, healthcare and understanding human varition. It is
also a very fascinating and dynamic field that provides lots of stimuli and
challange. research.
What do you really like about this research?
My current research is foccused on a
fascinating human condition and its gene, which is Rett syndrome a
neurodevelopmental disorder and its major causative factor, the MECP2 gene.
I am trying to understand how anomalies in single gene function can explain
a complex phenotype including severe regression in controlled movements,
social skills and mental retardation.I have been using the most updated
molecular technologies to identify and focus on specific functions of MECP2
and show their outcomes on the molecular and sub-cellular levels.
What is your ultimate goal in life?
I am looking forward to learn more the
inteligence hidden in the molecular processes of life. I think that
cosmopolitic and open milieu of the scientific community provides great
apportunities to achieve this personal goal. On a general level, I hope to
be able to make a significant contribution to global improvement prevention
of human disease. |
Nienke Verbeek
Utrecht, The Netherlands
Talk: C06.2 KCNQ2 mutations and implications for counselling and
perinatal care in Benign Familial Neonatal Convulsions
Session: C06 Clinical Genetics II
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
June 14th, 1977, Hengelo, the Netherlands
What is your current position?
Resident Clinical Genetics
Why did you choose a career in genetics?
Because of my interest in genetics I started
studying Biomedical Sciences. Later on, I combined this study with Medicine,
which gave me the opportunity to start specialising as a clinical
geneticist. In my opinion this is the ideal combination of helping people
make their choices, and being involved in genetic research.
What do you really like about this research?
Benign familial neonatal convulsions is an
interesting disorder, because it is a self-limiting condition. However the
benign outcome is in strong contrast with the emotional stress of parents of
a neonate with convulsions.
What is your ultimate goal in life?
In professional life my goal is to become a
clinical geneticist with good diagnostic and counselling skills. In addition
to this, I hope to further develop my scientific skills. |
Alexandra Zhernakova
Utrecht, The Netherlands
Talk: C08.5 Genome-wide association study and follow up: identification
of novel coeliac disease determinants related to the immune response
Session: C08 Genetic analysis, linkage, and association - Genomewide
association studies
Date: June 2, 2008 - 15.00 - 16.30 hrs
Date and city of birth
I was born on 19th April 1971 in St. Petersburg,
Russia
What is your current position?
After graduating from the Russian Medical Academy
in 1994, I specialized in medical genetics and worked in the Centre of
Medical Genetics in St. Petersburg. After moving to the Netherlands, I
started working ion genetic research projects as a technician and am now
working on my PhD in the Complex Genetics Group, University Medical Centre,
Utrecht.
Why did you choose a career in genetics?
I started my career in clinical genetics because this
was the perfect opportunity to combine the clinical work and be on top of
the fast developing world of genetic research. Now I miss the clinical part,
but that is mostly compensated by the fascinating discoveries in the
research field that I am now involved in.
What do you really like about this research?
Genome-wide association studies have greatly improved
our understanding of the genetic basis of autoimmune and inflammatory
disorders. Celiac disease is one of the most successful examples of this
research and a perfect model for studying both autoimmunity and intestinal
inflammation.
What is your ultimate goal in life?
My ultimate goal is to be useful to people and society,
and I hope that my research will help in discovering new possibilities for
treatment and prevention of various diseases. My everyday goal is finding
the optimal combination of my very intensive work, caring for three children
and making time for my various hobbies. |