Rahul Singh

Rahul Kumar Singh

Professor at San Francisco State University

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1600 Holloway Ave, San Francisco, California, United States
HQ Phone:
(415) 338-1111

General Information


Software Engineer Ii  - Microsoft Corporation

Pfe  - India

Certified Ethical Hacker  - EC-Council companies

Project Manager  - EdgeVerve Systems Limited

Manager - Training and Placements  - School of Management Sciences, Varanasi

Assistant Manager - Business Analysis - Share Point 2010 and 2013  - Deloitte India (Offices of the US)

Senior Information Technology Security Specialist  - IBM Corporation

Software Engineer  - OnMobile Global Limited

Faculty  - Jetking Infotrain Ltd

Team Leader(Dba)  - Jain Hydraulics Pvt. Ltd

Information Technology Analyst Intern  - Liberty Mutual Group Inc

Academic Program Officer  - IIHMR NEW DELHI

Senior Engineer ORALCE DBA  - Subex Limited

Consultant  - CarrierNet Global Ltd

PhD Student In Bioinformatics  - Georgia Institute of Technology


Ph.D degrees  - Computer Science , University of Minnesota

masters degree  - Computer Science , 


Program Committee Member  - SFASA

Recent News  

Rahul Singh
Department of Computer Science, San Francisco State University, San Francisco, CA 94132, USA Brief Funct Genomic Proteomic 7:157-72. 2008

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Rahul Singh, San Francisco State University

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To aid this research, Rahul Singh, professor of computer science at San Francisco State University, has developed software that solves the key challenge of quantitatively assessing the impact of a drug on the parasite.
Singh and his team recently completed and made public the Quantal Dose Response Calculator (QDREC), software that analyzes images showing the effects of potential drugs on parasites and quantifies their effectiveness. A description of the software was published online in Bioinformatics (Oxford University Press) on Dec. 24. QDREC is designed to streamline the screening stage of the drug-discovery process, during which possible drugs are first identified. Traditionally, after introducing a chemical compound to a parasite, a scientist is required to meticulously document and analyze changes. The subjective and low-throughput nature of this process - requiring highly trained scientists to study, one by one, the effects of a potential drug - is one of the major barriers to breakthroughs, Singh said. "You are doomed to only a trickle of advancements," he added. "The thought came to my mind to try to use computational and algorithmic ideas to do something that humans can't do yet, which is to automate the process of the parasites being exposed to the drug," Singh said. "The biologist or chemist would capture images or videos of what happens to the parasite, then the computer would analyze the images automatically and, at the end of the process, the computer would come up with a single measurement that would quantify whether the compound is effective." For the past six years, Singh and his team of students have developed many of the algorithmic solutions that comprise QDREC. The software is now available for parasitologists, biologists and other drug developers around the world to use - free of charge - in the quest to find a cure for schistosomiasis. Endemic in parts of Sub-Saharan Africa, South America and Southeast Asia, the parasite - which Singh describes as the cause of a "great neglected disease" - lives in fresh water and penetrates a person's skin when they enter the water. It can remain inside the body, reproducing, for decades. Symptoms, caused by the body's reaction to the worms' eggs, can include abdominal pain, liver enlargement and kidney damage. Children who are infected often develop learning difficulties. Beyond causing physical pain and suffering, schistosomiasis creates an unfortunate domino effect, Singh explained. "Typically, poor people have to use water infected with this parasite, then they catch this debilitating disease, so it impacts them economically," Singh said. "It's a vicious circle of poverty, and it goes from bad to worse." While a drug, called praziquantel, does exist to treat the disease, Singh pointed out, using a single drug to treat millions of people across a large area over decades carries a high risk of the parasite building resistance. For that reason, the World Health Organization has designated the discovery of new therapies for schistosomiasis an urgent need. Nonetheless, Singh said that the commercial drug discovery sector has typically neglected such diseases - even though they affect a large percentage of humankind - because most of the infected people are poor. "People who suffer from these diseases do not carry credit cards, so it would not fit the business models of pharmaceutical companies to try to pursue these diseases - they would not make enough money to recoup their research and development costs," Singh said. But Singh said that he is optimistic that QDREC will help make it possible to find an effective treatment for schistosomiasis. "This parasite has been studied since the 1800s, but until last month the kind of results obtainable with QDREC were not possible," Singh said.

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