Modèle BioRender

PKM2-Specific siRNA induces Apoptosis and Tumor Regression

Créé par

Jer Weann Ang

•

BioRender Team

Utiliser ce modèle – Gratuit

Aucune carte de crédit requise pour l'inscription.

Ce modèle est entièrement modifiable dans BioRender

Remplacez le texte, les formes et les icônes
Changez les couleurs et réorganisez chaque icône, ligne et étiquette
Exportez ou partagez pour tout type d'utilisation

Rejoignez plus de 4 millions de scientifiques qui créent déjà des figures prêtes pour la publication

Description: This template was adapted from the original submission. Edits were made to enhance scientific accuracy, optimal usability and/or to meet industry-leading design standards for science communication. PKM2 expression levels play an important role in glycolysis and hence, tumor growth as cancer cells modify normal cell metabolism for their own proliferation. In this study, the authors used PMK2 specific siRNA to knockdown PKM2 and examine its effect on cell proliferation, apoptosis and tumor growth. The results show that si156 decreased tumor cell viability, increased tumor cell apoptosis and decreased xenograft tumor volume without affecting normal non-cancerous cell viability.

Les icônes et modèles BioRender respectent les normes des revues, des subventions et du droit d'auteur. Pour les figures générées par IA, les politiques varient. En savoir plus

Ce n'est pas tout à fait le bon modèle ? Découvrez-en plus.

Recherchez parmi des milliers de modèles dans plus de 30 domaines des sciences de la vie.

Sujets populaires :

Cell

Cancer

Administration de médicaments

Mécanisme d'action

Voie métabolique

Essayez un synonyme ou inscrivez-vous pour suggérer un modèle depuis l'application.

Nouveaux modèles

Kidney Reabsorption and Secretion

Alzheimer's Brain (Disintegrating Microtubule)

Favipiravir: Potential Repurposed Drug Candidate for COVID-19

Schematic of Spike-Receptor Binding Mechanism of SARS-CoV-2

Arabidopsis Rosette Mutants

Amplification of DNA Fragments Inserted into a Plasmid

Virtual Background - Night City

Periodic Table 2 Thank You E-Card

FAQ sur les modèles BioRender

What does the PKM2-Specific siRNA induces Apoptosis and Tumor Regression template show?

This template was adapted from the original submission. Edits were made to enhance scientific accuracy, optimal usability and/or to meet industry-leading design standards for science communication. PKM2 expression levels play an important role in glycolysis and hence, tumor growth as cancer cells modify normal cell metabolism for their own proliferation. In this study, the authors used PMK2 specific siRNA to knockdown PKM2 and examine its effect on cell proliferation, apoptosis and tumor growth. The results show that si156 decreased tumor cell viability, increased tumor cell apoptosis and decreased xenograft tumor volume without affecting normal non-cancerous cell viability.

Is the PKM2-Specific siRNA induces Apoptosis and Tumor Regression template free to use?

Yes, you can customize this template with a free BioRender account (no credit card required). Paid plans unlock additional export formats, higher-resolution downloads, and publication permissions.

Can I edit or customize this template?

Yes, every element is fully editable. Icons, labels, colors, arrows, shapes and layout can all be changed to match your preferences or needs using BioRender's drag-and-drop editor. You can add or remove elements to fully customize your use case.

Is this template accepted for use in journals, theses, or grant applications?

Yes, BioRender icons and templates meet journal, grant, and copyright standards for publication, and many researchers cite BioRender directly in their figure legends.

How do I cite BioRender if I use this template?

Unlock publication permissions with a paid plan, and include 'Created with BioRender.com' in your figure legend, or cite BioRender directly per your journal's guidelines.

What is PKM2-Specific siRNA induces Apoptosis and Tumor Regression used for / who typically uses this template?

Researchers and scientists use this template for publications, funding proposals, grant applications, presentations, posters, and more.