Live-Cell Analysis for Quantification of Organoid Growth Dynamics Using Sartorius RUO Growth Factors and Cytokines
sartorius SPONSORED CONTENT

Live-Cell Analysis for Quantification of Organoid Growth Dynamics Using Sartorius RUO Growth Factors and Cytokines

BlueskyReddit

In this application note, we investigate the efficacy of recombinant growth factors in enhancing organoid expansion and allowing researchers meticulous control over culture conditions. Through the cultivation of mouse pancreatic and hepatic organoids in media enriched with Sartorius Research Use Only (RUO) Growth Factors and Cytokines, in combination with the Incucyte® Live-Cell Analysis System, we demonstrate their capacity to significantly enhance and sustain organoid growth for extended periods, outperforming other commercially available alternatives. Furthermore, these RUO reagents enable precise manipulation of concentrations, facilitating the identification of optimal culture conditions and the dissection of individual growth factor functions. This is exemplified through a concentration response curve applied to R-spondin1, showcasing their versatility in advancing organoid research. Download now to learn more.

Download Now

    Please fill out the information below to download the content. If you are already registered, or have requested a quote before, and this information will be filled out for you.

  • Please enter your first and last name.

  • Please enter the name of the company or institution you work at.

  • Please enter your mailing address.

  • Please enter the e-mail address you would like to be contacted at.

  • I consent to Sartorius AG contacting me by electronic mail (e.g. email) or telephone to provide me with personalized information, including invitations to trade shows and other events, newsletters and information and offers related to products and services in the areas of life science research, biopharmaceutical and applied industry of Sartorius AG and its affiliated companies, and to carry out customer satisfactions surveys. This also covers the processing of my personal data provided above for these purposes, including profile building to better tailor the communication to my personal interests based on my previous and predicted choices. Learn More

    You can withdraw your consent at any time with effect for the future. This does not affect the lawfulness of the processing up to the time of withdrawal.

    Further information on the processing of personal data can be found in the Sartorius Privacy Notice
    • By submitting this form, you consent to Biocompare storing your email address and contact information and transmitting your contact information to the Future Lab sponsor. You also agree to receive email from Biocompare and the sponsor. You may request to be removed at any time.