112e5d79540c445a8c02114ceda740f1

If you arrived here when looking for the BioMaPS Institute for Quantitative Biology, please note that BioMaPS has been reorganized, under the new name of Rutgers Center for Quantitative Biology (CQB).

The members of CQB are:

Note: the Graduate Program in BioMaPS, or "Ph.D. in Computational Biology and Molecular Biophysics", has been renamed
the Graduate Program in Quantitative Biomedicine, and is now affiliated with
the Institute for Quantitative Biomedicine at Rutgers (IQB@R)

Upcoming Events

Click here to join the Center for Quantitative Biology Seminars mailing list

Click here for a list of past seminars, with abstracts

Fall 2018 CQB Seminars: Tue 12pm, Hill 260 unless indicated otherwise

(seminar details emailed to listserv subscribers)

09/11/2018 Tiberiu Tesileanu, Flatiron Institute "Environmental adaptation of olfactory receptor distributions" abstract

09/27/2018 CQB student seminar: Leonardo Santana "Analysis and modeling of cancer recurrence via birth-death processes" Thurs 12pm, Hill 260

10/09/2018 Amit Singer, Princeton University "Mathematics for cryo-electron microscopy" abstract

10/23/2018 Alexandra Zidovska, NYU "The "self-stirred" genome: Bulk and surface dynamics of the chromatin globule" abstract [postponed]

10/31/2018 Nir Yakoby, Rutgers University Camden "Patterning the Drosophila eggshell: mechanisms in cis and trans regulation" abstract

11/13/2018 Chris Wiggins, Columbia University "Just do the best you can: statistical physics approaches to reinforcement learning" abstract

11/20/2018 Tomas Gedeon, Montana State University "DSGRN: a bridge between network structure and network dynamics" abstract

11/27/2018 Gustavo Stolovitzky, IBM & Mount Sinal School of Medicine "Smaller, Faster and Chip-er: Isolation of exosomes by nanoDLD lab-on-a-chip technology and application to prostate cancer biomarker discovery" abstract

12/04/2018 Alexandra Zidovska, NYU "The "self-stirred" genome: Bulk and surface dynamics of the chromatin globule" abstract

12/11/2018 Sharad Ramanathan, Harvard University "Extracting reaction co-ordinates to understand the dynamics of early human and mouse development" abstract

Spring 2019 CQB Seminars: Tue 12pm, Hill 260 unless indicated otherwise

02/05/2019 Johannes Friedrich, Flatiron Institute "Goal-directed decision making with spiking neurons" abstract

02/19/2019 Luis Aparicio, Columbia University "Random Matrix Theory applications in single-cell biology" abstract

02/26/2019 Valentina Boeva, INSERM, Institut Cochin TBD [postponed]

04/02/2019 Bill Saidel, Rutgers University Camden "Insight into the activities of groups of birds" abstract

04/09/2019 Pablo Camara, UPenn "Going beyond cell-type identification with single-cell transcriptomics" abstract

04/23/2019 Jeanne Salje, Rutgers PHRI, Newark "Cells within cells: obligate intracellular bacteria and their differentiation within host cells" abstract

04/30/2019 Ioannis Androulakis, Rutgers University "Allostatic adaptation to stress and personalized physiological trade-offs in the circadian regulation of the HPA axis" abstract

Fall 2019 CQB Seminars: Tue 12pm, Serin 385 unless indicated otherwise [NOTE LOCATION CHANGE]

09/10/2019 Yanis Bahroun, Flatiron Institute "Exploration & Extension of The Similarity Matching Framework: Feature Learning & Nonlinear Methods & Transformation Learning" abstract

10/08/2019 Jae Kyoung Kim, KAIST/University of Michigan "Mathematical models to analyze dynamic data from molecule to behavior" abstract

10/22/2019 Nikolai Chapochnikov, Flatiron Institute "Neural computations for stimulus whitening by the olfactory system" abstract

News and Notable

(Please click on the "Publications" tab above to see complete publication lists for all CQB faculty)

Wilma Olson has been elected a 2018 Fellow of the American Physical Society.

Anirvan Sengupta and his collaborators showed that similarity-preserving networks of rectifying neurons, when presented with sensory inputs populating a low-dimensional manifold, learn localized receptive fields naturally. The paper, titled “Manifold-tiling Localized Receptive Fields are Optimal in Similarity-preserving Neural Networks”, will be presented at the Annual Conference on Neural Information Processing Systems (NIPS), to be held in Montreal in December 2018.

Alexandre Morozov gave a keynote talk at BELBI 2018 which took place June 18-22 in Belgrade, Serbia.

Morozov's group published a paper in Physical Review Letters which explains how sizes of large, complex networks can be reliably inferred by exploring only a small fraction of each network: link.

Khiabanian's lab recently published two papers on statistical modeling of noise in deep DNA sequencing data in the Journal of Statistical Physics (link) and BMC Bioinformatics (link). The application of these results to clinical data from cancer patients showed that age-related somatic mutation in infiltrated hematopoietic cells are often present within the solid tumor miroenvironment. This study was published in Blood (link) and was covered by GenomeWeb (link).

Jui Wan Loh, a PhD student in Khiabanian's lab, was awarded a pre-doctoral fellowship grant by the New Jersey Commission on Cancer Research to study clonal dynamics of leukemia under targeted gene-specific therapy.

In collaboration with researchers from the Vanderbilt Ingram Cancer Center and Cancer Institute of New Jersey, Gyan Bhanot's group has found that endogenous retroviruses transcripts are amplified by histone modification in a subset of kidney cancers, which causes an immune response blocked by the tumor, making the tumor susceptible to immune checkpoint therapy. This discovery was highlighted at the recent ASCO-SITC conference: link.

Under Gyan Bhanot's supervision, Anshuman Panda graduated from the Rutgers Department of Physics and Astronomy with a PhD thesis titled “Immune Checkpoint Therapy,” won an NJCCR Fellowship, and is now a post-doctoral associate at the Cancer Institute of New Jersey. 

Eduardo Sontag and collaborators have published a manuscript in PLoS Computational Biology on the dynamical responses of biological networks in Mycobacterium tuberculosis (link; in the news: "New theorem helps reveal tuberculosis' secret").