Skip to main content
Scholars@Duke
Menu
About
Schools / Institutes
Browse
Joe Brice Weinberg
Professor Emeritus of Medicine
Medicine, Hematology
weinb001@duke.edu
Duke Box 3396, Durham, NC 27708
E1006 VA Med Ctr, 508 Fulton St, Durham, NC 27705
Scholarly Works
More About This Person
glance {hide_children: true, active: false, enabled: true}
At a Glance
credentials {hide_children: true, active: false, enabled: true}
Credentials
Education
academic-experience {hide_children: true, active: false, enabled: true}
Academic Experience
Current Duke Appointments & Affiliations
Previous Duke Appointments & Affiliations
Professional Training & Employment
global-scholarship {hide_children: true, active: false, enabled: true}
Global Scholarship
keywords {hide_children: true, active: false, enabled: false}
Keywords
research {hide_children: true, active: false, enabled: true}
Research
Selected Grants
scholarly-works {hide_children: false, active: true, enabled: true}
Scholarly Works
Featured Works
Conferences
Digital publications
Journal articles
Preprints
teaching-mentoring {hide_children: true, active: false, enabled: false}
Teaching & Mentoring
recognition {hide_children: true, active: false, enabled: true}
Recognition
News Items
professional-activities {hide_children: true, active: false, enabled: true}
Professional Activities
Service to the Profession
Manage Profile
Embed Profile Data
Manage Profile
Embed Profile Data
Scholarly Works - Digital publications
USE OF POLYMER D-LACTIC ACID (PDLA) OR EQUIVALENTS THEREOF TO INHIBIT GROWTH OF CANCER CELLS AND DIAGNOSE CANCER
Digital publication
·
December 30, 2019
Open Access
Cite
LOCAL APPLICATION OF D -LACTIC ACID DIMER IS SELECTIVELY CYTOTOXIC WHEN APPLIED TO CANCER CELLS
Digital publication
·
July 31, 2018
Open Access
Cite
LOCAL APPLICATION OF D-LACTIC ACID DIMER IS SELECTIVELY CYTOTOXIC WHEN APPLIED TO CANCER CELLS
Digital publication
·
March 29, 2018
The experimental data supports the cytotoxic mechanism of D-lactic acid dimer via the Warburg effect. ...
Open Access
Cite
USE OF POLYMER D-LACTIC ACID (PDLA) OR EQUIVALENTS THEREOF TO INHIBIT GROWTH OF CANCER CELLS AND DIAGNOSE CANCER
Digital publication
·
July 5, 2016
Open Access
Cite