
With the theme, "Advancing into New Frontiers," the organizers of the 3rd
Graduate Research Conference held on December 5, 2009 at the UPV Auditorium,
Iloilo City, could not have chosen a more fitting keynote speaker than Dr.
Lourdes J. Cruz.
A Highly Accomplished Scientist
An alumna of UP Diliman (BS in Chemistry), Dr. Cruz earned her MS and PhD in
Biochemistry at the University of Iowa. Dr. Annabelle Del Norte-Campos
introduced her as one who "uses her expertise in Chemistry to help understand
several aspects in marine life that find relevance in our daily lives."
Dr. Campos was referring to Dr. Cruz’s research on conotoxins from the venom of
the Conus shell, harmful algal blooms, poisons and other marine toxins,
biodiversity conservation, and drug development – all for the purpose of
harnessing science and technology to alleviate the poverty of indigenous
communities and poor rural communities.
Like most highly respected and dedicated scientists, Dr. Cruz started her career
at the bottom of the rank and worked her way to the top. The beginning was as a
Research Aide at the International Rice Research Institute in Los Baños and then
as a Graduate Assistant at the University of Iowa and a Research Associate at
the Biology Department of Kansas State University. Returning to the Philippines,
Dr. Cruz joined the faculty pool of UP Manila as Assistant Professor at the
Department of Chemistry and was promoted to Associate Professor and, finally,
Full Professor. During the last 20 years, she has been a Professor at the UP
Diliman Marine Science Institute.
As an accomplished scientist, she really takes pride in having advised and
graduated 7 PhDs, 16 MS and 42 BS students. As a researcher, she has a long list
of 134 papers published on rice biochemistry, nutritional biochemistry,
metabolism of pyridine nucleotides, biochemistry of prawns, harmful algal
blooms, and conotoxins and Conus peptides.
Thus, it is not surprising that she has garnered an equally long list of awards,
honors, and citations not only in the Philippines but also in the international
arena. These are some of them: UP Scientist III, belonging among the first batch
to receive the highest award in this rank; National Scientist through
Presidential Proclamation No. 1167; Achievement Award in Chemistry from the
National Research Council of the Philippines; Outstanding Young Scientist Award
from the National Academy of Science and Technology; Sven Brohult Award from the
International Foundation for Science in Sweden; and Outstanding ASEAN Scientist
and Technologist Award in Brunei.
In March 2010, Dr. Cruz will receive the L’Oreal-UNESCO Award for Women in
Science, one of the five laureates in Life Sciences to be awarded in Paris.
Exciting Times to be in Science
In her keynote address, Dr. Cruz said that "science is exciting." Through a
Power Point presentation entitled "Challenging and Exciting Times to be in
Science," she pointed out that science has gone a long way since the time that
researchers had to do many of their laboratory work by hand.
"Today’s scientists are very fortunate to have very sensitive and powerful tools
but they are faced with many challenges and problems," she emphasized. She also
explained that no one works in a scientific vacuum – scientists need to
collaborate with their colleagues to advance studies in their fields, and they
should make their studies known so that others may learn from them also.
For example, she noted that, although it was chemist Ascanio Sobrero who first
discovered the explosive chemical nitroglycerin in 1847 at the University of
Turin, it was Alfred Nobel (of the Nobel Peace Prize), a fellow student, who
took the formula to Sweden to experiment with safer ways to handle the
substance. Although it was primarily used as dynamites, nitroglycerin is now
also used as a heart medication especially to treat angina pectoris and to lower
blood pressure.
Dr. Cruz pointed out that it took about 130 years before the mechanism of how
this drug works was made clear.
Her lecture also highlighted some milestones in chemistry such as the discovery
of nitric oxide and how this was also used in medicine. She also talked about
the study for which she is noted for — cone snails – usually harvested for shell
craft and shell collection but not used in traditional medicine. She explained
that, although the more common species are eaten in fishing villages others
which are notorious for their deadly sting are found in some areas of the
country. Of this group are the Conus marine snails.
She and her colleagues have been trying to understand the biochemistry of toxic
peptides derived from the venom the Conus snail. In their studies, they were
able to characterize over 50 biologically active peptides from the snail's
venom. Out of these studies, conotoxins were developed and are now being used
for examining the activity of the human brain.
Some of the prospects in Conus peptide research include the following: as
biochemical tools in neuroscience, µ-Conotoxin derivatives as reagent for
analysis of paralytic shellfish toxins in harmful algal blooms, and application
as drugs or as models for designing drugs.
Lastly, Dr. Cruz dwelt on the importance of "research as a creative work
undertaken on a systematic basis in order to increase the stock of knowledge"
because through research, "scientific knowledge is expanded."
Starting with the development of the proposal, data gathering, submission of the
project report, she said that it is of the utmost importance that the studies
should be published in peer-reviewed journals especially for the benefit of the
international scientific community. To achieve this, she emphasized that access
to scientific literature is extremely important.
When one conducts research, Dr. Cruz said, there must be a quality assessment to
include an internal self-assessment; international/national peer review (as
qualitative assessment); external endorsement to include expert review and
stakeholder’s input on the value or impact of research on policy and practice;
and research training.
She said that research training is an important part of the qualitative
assessment of research and is a critical part of building any national
innovation system.
Successful outcomes are a reflection of a positive and viable research culture.
In the physical and life sciences studies, Dr. Cruz said that quality indicators
relating to impact are the following: number of research students, number of
highly cited papers published, number of papers in high quality journals, number
of highly cited patents, success rates in securing competitively allocated
research grants, invitations received to act on government advisory boards, and
value of research funding donations and funding contracts from industry.
In addition, measuring impact through knowledge diffusion includes the
following: communication activities, capacity building activities, extension and
education activities, standard setting activities, and industry output data.
Measuring impact through knowledge engagement means that there are participation
in non-academic community and economic activities; presence of jointly owned and
operated technology property infrastructure such as technology and research
parks, buildings, equipment, instruments; University-organised events for
community and regional economic and social benefit through workshops, seminars
and the like; and university facilities available for non-academic purposes
(e.g., libraries, cultural centres, sports grounds).
In conclusion, Dr. Cruz said that research should respond to the challenges that
face the country today especially the problem of poverty, food security,
infectious and other diseases, energy security, and climate change.
Whereas before, the research collaboration paradigm only featured a 3-helix
model for sustainable development to include the academe, the government and the
industry, she said that it must also include the community (see figure below)
for "real empowerment can happen only if there is a program for sustainable
community development. (With sources from Dr. Annabelle Del Norte-Campos)
