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science in India through research and<br />

education, was attended by over 800<br />

delegates.<br />

One of the marquee life sciences<br />

conferences organised in India, NGBT<br />

this time had 12 keynote lectures and<br />

80 talks by speakers representing<br />

various scientific organisations from<br />

across the world. It showcased<br />

applications of NextGen sequencing<br />

and genomic technologies for basic<br />

and translational science in various<br />

areas of biology — including human<br />

genetics, drug discovery, clinical<br />

medicine, biomarkers, diagnostics and<br />

animal, plant and agricultural sciences.<br />

It also covered basic biology, cellular<br />

signalling, cancer and plant biology.<br />

“The genomics industry is still at a<br />

nascent stage in India. While genomic<br />

profiling is the way forward for<br />

healthcare, we need to create ample<br />

awareness in the medical community<br />

to leverage its potential,” said Sam<br />

Santhosh, Trustee, SGRF and Founder<br />

& Chairman, MedGenome, a leading<br />

US-India genomic research and<br />

diagnostics organisation.<br />

According to Sam Santhosh, NGBT<br />

conference provides a platform that<br />

brings together accomplished national<br />

and international speakers, thinkers<br />

and thought leaders who shape the<br />

course of scientific discovery, research<br />

and innovation. India, with its huge<br />

biodiversity and genetic pool, can<br />

contribute much more to the world’s<br />

Genomics industry is still<br />

at a nascent stage in India.<br />

While genomic profiling<br />

is the way forward for<br />

healthcare, we need to<br />

create ample awareness<br />

amongst medical community<br />

to leverage its potential.<br />

Sam Santhosh<br />

Trustee, SGRF<br />

genomic database and to the growth<br />

of future medicine.<br />

“The Conference also provides an<br />

environment of exchange of ideas<br />

and provides opportunities for people<br />

to form collaborations, and is an<br />

ideal platform to share knowledge<br />

and find out about the new and<br />

emerging technologies in biology and<br />

biology-enabling technology areas<br />

like genomics. Such forums help in<br />

understanding the real-life challenges<br />

and the ways to address them by<br />

engaging renowned experts from<br />

across the globe,” he added.<br />

NGBT Jaipur was hosted<br />

in collaboration with Toronto<br />

Recombinant Antibody Centre (TRAC),<br />

Canada; Birla Institute of Scientific<br />

Research (BISR), Jaipur; Rajasthan<br />

University of Health Sciences (RUHS),<br />

Jaipur; Eternal Heart Care Centre &<br />

Research Institute (EHCC), Jaipur; SMS<br />

Medical College Hospital (SMSMC),<br />

Jaipur; and Institute of Bioinformatics<br />

(IOB), Bengaluru.<br />

It also featured technology<br />

leaders from institutions like National<br />

University of Singapore, University of<br />

Toronto, University of Montreal, Pacific<br />

Biosciences, MedGenome, Genentech,<br />

Indian Institute of Science, BGI, Centre<br />

for Cellular & Molecular Biology<br />

(CCMB), Johns Hopkins University, 10X<br />

Genomics, Nature Genetics, National<br />

Institute of Biomedical Genomics,<br />

REVOLUTION Medicines and others<br />

from across the world.<br />

Dr. Kuldeep Singh, Director ICAR-<br />

National Bureau of Plant Genetic<br />

Resources, New Delhi, has been<br />

awarded the <strong>2018</strong> SGRF Excellence in<br />

Science Award.<br />

SGRF had also announced over<br />

100 “meeting scholarships” for<br />

students pursuing scientific research.<br />

The recipients of the scholarship were<br />

selected based on abstracts submitted<br />

for the conference.<br />

Using a combined toxicovenomics<br />

and phage display approach, scientist<br />

from the Technical University of<br />

Denmark could develop an experimental<br />

recombinant antivenom based<br />

on a cocktail of fully human antiimmunoglobulin<br />

G (IgG) monoclonal<br />

antibodies that are capable of<br />

neutralising the dendrotoxin mediated<br />

neurotoxicity of Black Mamba whole<br />

venom in a rodent model, said Dr<br />

Andreas H Laustsen of Denmark.<br />

This is the first report on the<br />

development of a fully-human<br />

monoclonal IgGs against animal toxins as<br />

well as the first use of oligoclonal human<br />

IgG mixture experimental snakebite<br />

envenoming,” according to Laustesen of<br />

Technical University of Denmark<br />

Other participants at the symposium<br />

included Kristen Wiley from Kentucky<br />

Reptile Zoo, US; Priyanka Kadam,<br />

Snakebite Healing and Education Society<br />

Maharashtra, India; Ajay Kartik, Madras<br />

Crocodile Bank Trust; Sadanand Raut,<br />

Vighnahar Foundation, Narayangaon,<br />

Maharashtra; Dr. Sekhar Seshagiri,<br />

Genentech, San Fransisco, USA; Dr. Jay<br />

Fox, University of Virginia, Charlottesville,<br />

USA; Dr. Robin Doley, Tezpur University,<br />

Assam; Dr. Viswanath BS, Mysore<br />

University, Karnataka; Dr. Kemparaju K,<br />

Mysore University, Karnataka; Dr. Dev<br />

Sidhu, University of Toronto, Canada;<br />

Dr. Gopi Kadiyala, Kyntox Biotech India<br />

Pvt. Ltd, Banglore and Dr. Omesh Bharti,<br />

Indira Gandhi Medical College, Shimla.<br />

<strong>NOVEMBER</strong> <strong>2018</strong> / FUTURE MEDICINE / 91

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