URREA UH2617SW 1-1 16-Inch Strike Max 88% OFF Wrench Non-Spark $104 URREA UH2617SW 1-1/16-Inch Non-Spark Strike Wrench Tools Home Improvement Power Hand Tools Hand Tools /cordiner2444741.html,1-1/16-Inch,Non-Spark,grupobonnett.com.co,$104,Tools Home Improvement , Power Hand Tools , Hand Tools,Strike,UH2617SW,URREA,Wrench URREA UH2617SW 1-1 16-Inch Strike Max 88% OFF Wrench Non-Spark $104 URREA UH2617SW 1-1/16-Inch Non-Spark Strike Wrench Tools Home Improvement Power Hand Tools Hand Tools /cordiner2444741.html,1-1/16-Inch,Non-Spark,grupobonnett.com.co,$104,Tools Home Improvement , Power Hand Tools , Hand Tools,Strike,UH2617SW,URREA,Wrench

URREA UH2617SW 1-1 Tulsa Mall 16-Inch Strike Max 88% OFF Wrench Non-Spark

URREA UH2617SW 1-1/16-Inch Non-Spark Strike Wrench

$104

URREA UH2617SW 1-1/16-Inch Non-Spark Strike Wrench

|||

Product description

Urrea offset striking wrenches, with the opening at an angle from the wrench's shank, allow them to be used in places with obstacles hindering their operation. Their structure allows them to be struck strongly so nuts come loose. Urrea offset striking wrenches, with the opening at an angle from the wrench's shank, allow them to be used in places with obstacles hindering their operation. Their structure allows them to be struck strongly so nuts come loose.

URREA UH2617SW 1-1/16-Inch Non-Spark Strike Wrench

Intro Pullout Text Widget

a leading international journal from BMJ and BSG, publishes cutting-edge gastroenterology and hepatology research

Impact Factor: 23.059
Citescore: 35.6
All metrics >>

Gut is a Plan S compliant Transformative Journal.

Gut is a leading international journal in gastroenterology and hepatology and has an established reputation for publishing first class clinical research of the alimentary tract, the liver, biliary tree and pancreas. Gut delivers up-to-date, authoritative, clinically oriented coverage in all areas of gastroenterology and hepatology. Regular features include articles by leading authorities describing novel mechanisms of disease and new management strategies, both diagnostic and therapeutic, likely to impact on clinical practice within the foreseeable future.

Gut is an official journal of the British Society of Gastroenterology and has two companion titles, Frontline Gastroenterology for education and practice and BMJ Open Gastroenterology for sound science clinical research.

Editor-in-Chief: Professor Emad El-Omar, University of New South Wales, Sydney, Australia
Editorial Board

TOP CITED ARTICLES
Read the most-cited articles from the past three years for free.

SOCIAL MEDIA AND MULTIMEDIA
Keep up-to-date with Gut on Twitter and Facebook, and access videos on our YouTube channel.

The Gut blog is now live - read the latest posts from the team.

Gut publishes podcasts discussing highlights from its issues. Subscribe in all podcast platforms, including Apple Podcasts, Google Podcasts, Stitcher and Spotify.

Guidance from BSG: COVID-19 and Endoscopy

Latest Content

COVID-19 Gastroenterology Collection

 

Our new online collection highlights all research relating to the COVID-19 pandemic published by Gut, Frontline Gastroenterology and BMJ Open Gastroenterology. It is updated regularly as new articles are published.

 

All content is free to read and features original research, commentaries, letters and editorials from all three journals published with the British Society of Gastroenterology (BSG)

 

Visit the full BMJ Coronavirus resource collection for all the latest content from across our portfolio

 

Latest Visual Abstract

Visual Abstracts provide summaries of the latest research in a single, visual format

View a high-resolution version of the Visual Abstract and read the full article

ABS K13988 Park Brake Cable

Twitter Feed

Altmetrics

Podcasts

Featured Video

Iqgap3-Ras axis drives stem cell proliferation in the stomach

To cite: Sundar R, Liu DH, Hutchins GG, et al. Gut 2021;70:1833-1846.

Read the full article here: link
Objective: Tissue stem cells are central regulators of organ homoeostasis. We looked for a protein that is exclusively expressed and functionally involved in stem cell activity in rapidly proliferating isthmus stem cells in the stomach corpus.

Conclusions: IQGAP3 is a major regulator of stomach epithelial tissue homoeostasis and repair. The upregulation of IQGAP3 in gastric cancer suggests that IQGAP3 plays an important role in cancer cell proliferation.

Related Content