BusinessDay 09 Feb 2018
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Friday <strong>09</strong> <strong>Feb</strong>ruary <strong>2018</strong><br />
C002D5556<br />
BUSINESS DAY<br />
27<br />
‘One-stop comprehensive cancer<br />
centre can reduce death rate by 25%’<br />
ANTHONIA OBOKOH<br />
Project Pink Blue, a<br />
non- governmental<br />
organisation (NGO)<br />
promoting cancer<br />
awareness and management,<br />
has called on the<br />
Federal Government to invest<br />
in a one-stop comprehensive<br />
cancer care in the country to<br />
reduce cancer mortality rate by<br />
at least 25 percent.<br />
The walk, race, cycle, ride,<br />
skate and marathon against<br />
cancer organised by the NGO,<br />
took place in Abuja on <strong>Feb</strong>ruary<br />
4, in commemoration of the<br />
World Cancer Day. The event<br />
saw over 2000 Nigerians come<br />
out in support to raise awareness,<br />
promote early detection<br />
of cancer and raise funds for<br />
cancer patients in Nigeria.<br />
“National Health Insurance<br />
Scheme (NHIS) should<br />
cover cancer treatment and<br />
the Nigeria’s National Cancer<br />
Control Plan should be budgeted<br />
for and implemented.<br />
We could prevent cancer death<br />
by 25%” said Runcie Chidebe,<br />
executive director of Project<br />
PINK BLUE, the convener of<br />
the Walk against cancer.<br />
Runcie stated that 65 per<br />
cent of cancer deaths occur in<br />
low and middle income countries<br />
like Nigeria. In Nigeria<br />
alone, over 102,000 people are<br />
diagnosed with cancer every<br />
year and many of them cannot<br />
afford cancer care and treatment.<br />
“We also want to urge the Nigerian<br />
government to invest in<br />
cancer care and make cancer a<br />
health priority. ‘I am appealing<br />
to all Nigerians to please go for<br />
screenings regularly and make<br />
it a routine,”’ Chidebe said.<br />
Also commenting on the<br />
awareness exercise, Joe Okei-<br />
Odumakin, a women’s right activist<br />
and president of Women<br />
Arise said that Cancer is the<br />
second-leading cause of death<br />
worldwide. A World Health<br />
Organisation (WHO) reports<br />
indicate that over 80,000 Nigerians<br />
die of cancer annually.<br />
“We must all give cancer<br />
care and treatment a priority,<br />
it is only a healthy people<br />
that can build a more robust<br />
economy, a secured nation, a<br />
powerful country and the giant<br />
of Africa that we all desire.<br />
“If we allow cancer to continue<br />
to take aware our mentors,<br />
fathers, mothers and children,<br />
then we are preparing<br />
ourselves for failure,” Okei-<br />
Odumakin said.<br />
Sadiq Daba, a veteran broadcaster<br />
with Nigerian Television<br />
Authority (NTA) showed support<br />
by participating in the<br />
awareness and appreciated<br />
Nigerians for their donations.<br />
In his words, “I want to use<br />
this amazing opportunity to<br />
thank Nigerians who donated<br />
for my cancer treatment; today,<br />
I am alive because of your<br />
donation. Please let’s not close<br />
our eyes to millions of Nigerians<br />
passing through a battle<br />
with cancer. Nigerian government<br />
needs to improve cancer<br />
care in Nigeria and make<br />
treatment available in Nigeria,”<br />
Daba said.<br />
Project PINK BLUE is a community-based<br />
cancer nonprofit<br />
with focus on cancer<br />
awareness, free screening for<br />
rural hard-to-reach communities<br />
and poor women to phaseout<br />
late diagnosis of cancer<br />
and to reduce the incidence of<br />
cancer in Nigeria.<br />
Harnessing power of big data to drive clinical discovery<br />
SAURABH SAHA<br />
At Bristol-Myers Squibb,<br />
we are at the forefront of<br />
scientific advances aimed<br />
at providing new standards of<br />
care in areas of high unmet need.<br />
As researchers, we are constantly<br />
generating raw data from<br />
a wide range of disciplines in our<br />
efforts to solve emerging challenges<br />
in medicine. Whether it<br />
is analyzing tumor DNA or mapping<br />
how certain medications<br />
interact in the body, data and<br />
analytics are at the heart of translational<br />
medicine – research<br />
that aims to further understand<br />
disease biology and identify the<br />
patients who may benefit from<br />
certain treatment approaches –<br />
and are a driving force behind our<br />
discovery process across multiple<br />
disease areas.<br />
Translational medicine encompasses<br />
multiple areas of<br />
applied research, which work<br />
in concert to help us quickly<br />
analyze and interpret data from<br />
the lab, implement new insights<br />
in clinical trials and accelerate<br />
the pipeline to identify the right<br />
treatments, for the right patients,<br />
at the right time. One of the most<br />
critical pieces of this puzzle is<br />
our ability to generate, integrate,<br />
analyze and synthesize complex<br />
data sets to develop actionable<br />
insights and testable hypotheses<br />
that help drive discovery and<br />
clinical development.<br />
One example of this is<br />
in immuno-oncology, where<br />
our Translational Bioinformatics<br />
team is using cutting-edge algorithms<br />
to sift through massive<br />
raw genomics data. Whole Exome<br />
Sequencing (WES) generates<br />
data on tumour and blood samples<br />
from clinical trials, which<br />
we can use to identify mutations<br />
present in the tumour and inherited<br />
variants present in normal<br />
tissues. This allows us to identify<br />
correlations between patterns of<br />
genes or mutations and responses<br />
to certain therapies, which can<br />
in turn guide treatment decisions<br />
for patients. With more than<br />
three billion letters in the human<br />
genome, this may seem like an<br />
impossible effort, but thanks to<br />
a number of new experimental<br />
and in silico technologies, we<br />
are able to generate and analyze<br />
unprecedented amounts.<br />
Before the analysis stage, the<br />
role of technology platforms can’t<br />
be ignored when it comes to our<br />
ability to generate enormous<br />
volumes of data. Advances in<br />
imaging and analytical sciences<br />
have enabled us to generate more<br />
precise and higher volumes of<br />
data than ever before. Traditional<br />
platforms, such as flow cytom-<br />
etry, quantitative PCR and pathology,<br />
are being augmented by<br />
next generation sequencing, high<br />
level multiplexing, quantitative<br />
digital pathology and machine<br />
learning, which are allowing us<br />
to not only generate data faster,<br />
but in many cases access raw<br />
information that wasn’t available<br />
before.<br />
We’re also leveraging data to<br />
design more streamlined clinical<br />
trials and make it possible to develop<br />
safe and effective therapies<br />
at a fast rate. One way we do this is<br />
through the use of mathematical<br />
models that can show us how certain<br />
therapies may interact with<br />
the body, and with one another,<br />
to help us predict how a medicine<br />
might behave in clinical trials.<br />
Rather than test every combination<br />
in individual trials one by<br />
one, a process that could take<br />
decades, we are able to weed out<br />
the incompatible pairings and<br />
focus on the hypotheses most<br />
likely to succeed.<br />
The power of data and analytics<br />
has led us to many discoveries<br />
and shaved a significant amount<br />
of time from the clinical development<br />
process, and our work<br />
continues. We are constantly<br />
working to navigate and discover<br />
new technologies and methods<br />
of analyses that will bring us one<br />
step closer to precision medicine<br />
for all patients.<br />
Saurabh Saha, Senior Vice<br />
President and Global Head of<br />
Translational Medicine<br />
HBL TEAM<br />
KEMI AJUMOBI, Editor - kemi@businessdayonline.com<br />
ANTHONIA OBOKOH, ANI MICHAEL, Reporters I David Ogar, Graphics