For the more recent videos, I put the references in the video description... here I did not include it. For an introduction, this article may be very enlightened: www.cancer.gov/about-cancer/treatment/types/immunotherapy/angiogenesis-inhibitors-fact-sheet
not all types of cancer cells are able to proliferate in hypoxia conditions. It really depends on the type we're dealing with. Besides, if used with other tumor suppressor drugs like chemotherapy, targeting angiogenesis seems to be very promising in controlling the growth of cancer. Once again, we cant use this treatment to control all types of cancer.
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Awesome teaching, God bless you for teaching and sharing ❤❤❤❤❤
thannkssss needed this for my thesis
Very useful - thank you
thank you! very useful video!
Thank you so much!
life saver
Did u watch? in theory looks like it works. In practice not proven yet. Maybe u can try and show evidence of its effectiveness
big thank u
Thank You. it is very informative but can you provide references for this topic so that i can read in detail.
For the more recent videos, I put the references in the video description... here I did not include it. For an introduction, this article may be very enlightened:
www.cancer.gov/about-cancer/treatment/types/immunotherapy/angiogenesis-inhibitors-fact-sheet
Thank u sir
But if we inhibit VEGF it thereby enhances hypoxia and promotes cancer cell survival....then why we are using anti angiogenic therapy?
not all types of cancer cells are able to proliferate in hypoxia conditions. It really depends on the type we're dealing with. Besides, if used with other tumor suppressor drugs like chemotherapy, targeting angiogenesis seems to be very promising in controlling the growth of cancer. Once again, we cant use this treatment to control all types of cancer.