Spatial biology and cancer

Available on demand

Already registered?

Spatially resolved omics technologies are providing radically new frameworks for interrogating biological systems. This has tremendous implications for cancer research in areas such as intratumoral heterogeneity, tumor microenvironment, cell-cell signaling, spatial phenotyping, and metastasis. In this Cell Press webinar, Marianna Rapsominiki (IBM Research, Zurich) and Itai Yanai (New York University) discuss how advances in spatial biology can help unravel some of the deepest questions in cancer.

Registration

Sign Up:

First Name *

* Required

Last Name *

* Required

Job Title *

* Required

Company/Organization *

* Required

State/Province *

* Required

Country *

* Required

Postal Code *

* Required

Email *

* Required

Work Phone *

* Required

Which of the following methods do you currently employ in your research? Check all that apply. *

Multiplex imaging/Multiplex immunofluorescence Single-cell sequencing Flow Cytometry/Mass Cytometry Fluorescence microscopy Cell Culture and Analysis Other * Required

If 'Other', please specify below

* Required

Thinking of adopting spatial biology in your research? *

* Required

opt-out

Cell Press/Elsevier Inc. may contact you to share the latest updates about products, services, promotions, and events. If you do not wish to receive such messages, please check this box. * Required

When you register for this webinar, your contact details will be passed to the sponsor who will provide you with information relevant to this topic.

* Required

(*) denotes required form field(s)

WorkCast's registration process uses cookies, by submitting this registration form you agree to our cookie policy.

Presenters:

Itai Yanai

Director, Institute for Computational Medicine
Professor, Biochemistry and Molecular Pharmacology
NYU School of Medicine
View Biography

Marianna Rapsomaniki

Research Staff Member
IBM Research Europe
View Biography

Moderator: Ernesto Andrianantoandro

Scientific Editor
Cell Systems