INSITU Oct 2006 - Vol 2 - Institute of Chemical & Engineering ...
INSITU Oct 2006 - Vol 2 - Institute of Chemical & Engineering ...
INSITU Oct 2006 - Vol 2 - Institute of Chemical & Engineering ...
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7<br />
highlighted and fruitful ideas exchanged. The technical<br />
teams then presented a summary <strong>of</strong> the discussions to<br />
the steering committee comprising Dr Carpenter, Pr<strong>of</strong><br />
Chua, Dr Fujita and Dr Honjyo.<br />
On the last day, the Singapore team was invited to a dinner<br />
Research team from NSTA in discussion with their Mitsui counterpart during the<br />
technical meeting<br />
hosted by Dr AkihiroYamaguchi, Senior Managing Director<br />
<strong>of</strong> Mitsui <strong>Chemical</strong>s Inc., at the Mitsui Club House. We were<br />
served sumptuous French-Japanese cuisine, prepared by<br />
their in-house chefs.<br />
Following the technical meetings, several milestones were<br />
identified for the ICES project members to work on. In the<br />
BTX project, effort will be made to improve the activity <strong>of</strong><br />
conventional and new catalysts. This includes carrying out<br />
in-situ spectroscopic studies to obtain information about<br />
reactions intermediates and the nature <strong>of</strong> the catalysts<br />
during the reaction.<br />
The Asymmetric Synthesis project members will be<br />
looking into enhancing the enantioselectivities <strong>of</strong> selected<br />
C-C bond forming transformations by designing new<br />
catalytic systems.<br />
Up-close & Personal with Alvin Hung, our A*STAR Scholar<br />
Alvin Hung has become a familiar and<br />
friendly face at ICES over the past ten<br />
months. This energetic A*STAR scholar will<br />
shortly leave Singapore to do a Ph.D. in<br />
Organic Chemistry at Cambridge University.<br />
The Editorial team conducted an interview<br />
with him and wish to share some <strong>of</strong> his<br />
thoughts and experience with you.<br />
Tell us about yourself. I was born and bred in Singapore.<br />
I completed my ‘A’ levels in 1999 at National Junior<br />
College. After being selected as an A*STAR scholar, I spent<br />
some time working at ICES looking at the crystallisation<br />
<strong>of</strong> paracetamol (commonly known as “panadol”) under<br />
the mentorship <strong>of</strong> Dr Ann Chow. After this short stint at<br />
ICES, I went to the United States to do a Bachelor <strong>of</strong><br />
<strong>Chemical</strong> <strong>Engineering</strong> degree at the University <strong>of</strong><br />
Wisconsin in Madison. I returned to ICES during a summer<br />
break and again after I graduated, where I spent a year<br />
working with Dr Felicity Moore, Dr Paul Bernardo and Ms<br />
Xu Jin from the NSTA programme.<br />
What projects have you been involved with at ICES<br />
recently? My work at NSTA involved the synthesis <strong>of</strong> small<br />
molecule inhibitors <strong>of</strong> the protein Bcl-X L , a regulator for<br />
apoptosis (programmed cell death). This is a collaborative<br />
project with Dr Henry Mok from the National University<br />
<strong>of</strong> Singapore (NUS) and Dr Victor Yu from the <strong>Institute</strong> <strong>of</strong><br />
Molecular and Cell Biology (IMCB). Besides doing synthesis,<br />
computational studies were also conducted with the help<br />
<strong>of</strong> Dr Mok to calculate the binding energies <strong>of</strong> various<br />
small molecules to a particular protein, and correlating<br />
this affinity with what we learnt from actual biological<br />
studies that were done by Dr Victor Yu.<br />
What was the most important thing you learnt during<br />
your time here at ICES? I have always been a very practical<br />
and result-oriented person. The past ten months at ICES<br />
have led me to discover something about the nature <strong>of</strong><br />
research – that it is sometimes better to work slowly and<br />
patiently than to rush for results.<br />
Why the change to Organic Chemistry? Although in<br />
school, I always performed better in maths and physics<br />
related subjects but organic chemistry has always been<br />
my first love and that is what I will pursue for my<br />
postgraduate studies.<br />
How has your background in <strong>Chemical</strong> <strong>Engineering</strong><br />
influenced your perspective on synthetic chemistry during<br />
your attachment? To be frank, during my attachment, I<br />
have been simply concentrating on learning the practical<br />
and theoretical aspects <strong>of</strong> organic chemistry. Not much<br />
chemical engineering knowledge has been applied to the<br />
synthetic work that I have been doing all this while. But I<br />
am very sure that the fusion <strong>of</strong> both areas <strong>of</strong> knowledge<br />
will benefit me tremendously in the future.<br />
Tell us about your postgraduate project. I will be working<br />
with Pr<strong>of</strong>essor Chris Abell at Cambridge University<br />
investigating small molecules for protein inhibition. In fact,<br />
the project is similar to what I have been involved with at<br />
ICES. I should be well prepared!<br />
Last words before you leave ICES for your studies. I want<br />
to thank my mentor Dr Chai (Programme Manager, NSTA),<br />
who has contributed so much to my learning at ICES. Despite<br />
her busy schedule, she always found time to tutor me. I am<br />
going to miss her “mini lectures” and “whiteboard tests” when<br />
I leave. And also big hugs to both Dr Felicity Moore and Dr<br />
Paul Bernardo. Felicity has always been ever so patient and<br />
detailed in teaching me chemistry. And Paul, thanks for the<br />
witty ideas on the project. I am not going to miss out<br />
thanking Kok Peng! I enjoyed exchanging mechanistic<br />
questions with you in the lab. Finally, thanks to all who have<br />
made my stay in ICES a fruitful and memorable one!