Double genetic modification of adenovirus fiber with RGD polylysine motifs significantly enhances gene transfer to isolated human pancreatic islets.

Juan L Contreras; Hongju Wu; Cheryl A Smyth; Christopher P Eckstein; Carlton J Young; Toshiro Seki; Guadalupe Bilbao; David T Curiel; Devin E Eckhoff

doi:10.1097/01.TP.0000066361.02042.CA

Double genetic modification of adenovirus fiber with RGD polylysine motifs significantly enhances gene transfer to isolated human pancreatic islets.

Identifier:nobleid.org/w1/20260515/86FFCC73

Type:Journal Article

0 views

Support unavailableClaim Your Authorship

View Original Paper Source

Embeddable Badge

[![NobleID](https://www.nobleid.org/api/badge/86FFCC73.svg?ark=w1%2F20260515%2F86FFCC73)](https://nobleid.org/work/w1/20260515/86FFCC73)

ARK Inflections

Metadata Policy

Metadata Formats

Bibliometric Analysis

Impact metrics, research fronts, co-authorship networks →

Authors & Claims

Paper Authors

Juan L Contreras

Hongju Wu

Cheryl A Smyth

Christopher P Eckstein

Claim authorship of this work

Double genetic modification of adenovirus fiber with RGD polylysine motifs significantly enhances gene transfer to isolated human pancreatic islets.

Identifier:nobleid.org/w1/20260515/86FFCC73

Type:Journal Article

0 views

Support unavailableClaim Your Authorship

View Original Paper Source

Embeddable Badge

[![NobleID](https://www.nobleid.org/api/badge/86FFCC73.svg?ark=w1%2F20260515%2F86FFCC73)](https://nobleid.org/work/w1/20260515/86FFCC73)

ARK Inflections

Metadata Policy

Metadata Formats

Bibliometric Analysis

Impact metrics, research fronts, co-authorship networks →

Authors & Claims

Paper Authors

Juan L Contreras

Hongju Wu

Cheryl A Smyth

Christopher P Eckstein

Claim authorship of this work