ESP Biography



DEVLEENA SAMANTA, Stanford Graduate Student Studying Chemistry




Major: Chemistry

College/Employer: Stanford

Year of Graduation: Not available.

Picture of Devleena Samanta

Brief Biographical Sketch:

The Ruth Porat and Anthony Paduano Graduate Fellowship (2013-2014)

The Susan and Richard Zare Graduate Fellowship (2014-2015)

The Winston Chen Stanford Graduate Fellowship (2015-present)

Devleena Samanta is a 4th year Ph.D. student in the Department of Chemistry. Originally from India, she completed her Masters at Virginia Commonwealth University and her Bachelor of Science at St. Xavier’s College, Kolkata, affiliated to Calcutta University. Her research is in the area of nanoscience and nanotechnology, with a focus on nanomedicine and human health.

Devleena works on devising drug delivery systems that can be controlled by different stimuli. She has designed a new nano-system that can release drugs due to the inherent pH change in the body. The idea is to encapsulate a drug, such as an anti-cancer drug, within a nanoparticle that can slowly release the drug locally at the site of interest, thereby reducing side effects. Realization of such a sustained drug delivery system would enable facile and non-invasive administration of drugs, and hopefully aid in the treatment of chronic diseases such as cancer.

Currently, Devleena is developing an electric-stimuli responsive drug delivery system, that can release the drug incorporated when a weak voltage or current is applied. She is interested to build a programmable system in which the drug release can be triggered wirelessly and the dosage may be adjusted based on patient response. This type of a system is promising for treatment of long-lasting conditions such as diabetes, osteoporosis, chronic pain and other neurological disorders which require controlled, localized, and repetitive drug release.



Past Classes

  (Clicking a class title will bring you to the course's section of the corresponding course catalog)

P4898: Marking Cancer Through Molecules in Splash Spring 2016 (Apr. 09 - 10, 2016)
Diagnosing cancer at an early stage is of utmost importance to ensure proper treatment. The most common way of finding out if a patient has cancer or not is histopathology in which a "biopsy" section is looked at under the microscope by an expert. This by-eye-only method leads to significant rates of misdiagnosis. Come find out how Desorption Electrospray Ionization Coupled to Mass Spectrometric Imaging can help to identify cancer margins, based on the molecular profile of the tissue.


P4630: Marking Cancer Through Molecules in Splash Fall 2015 (Nov. 07 - 08, 2015)
Come find out how mass spectrometry based imaging can help to differentiate cancerous tissue from normal tissue


P3989: Nanoscience: Small Particles, Big Impact in Splash Fall 2014 (Nov. 08 - 09, 2014)
Nanoscience is the science of really really small things, the size of which is about a millionth of a pencil tip. In this class, we are going to learn what it is that makes this size so special. Then we are going to make nanoparticles of gold and "see" them using a laser pointer. Next, who doesn’t like space? Wouldn’t it be cool if we didn’t have to be on a rocket? If we could just get onto an elevator and go all the way up to space? Can we make cyborg tissues and make Star Trek science fiction a reality? You all know that a lot of people get heart attacks and their hearts get damaged after that. We are not like starfish. You can’t just regrow a heart. So is it possible to regenerate the human heart? Can any of these problems be solved by nanotechnology? You’ll find out!


P3714: Nanoscience: Small Particles, Big Impact in Splash! Spring 2014 (Apr. 12 - 13, 2014)
Chemistry/Material Science