21. Cell Signaling 2 - Examples

[@astrid-w5z]

Thank you for these two lectures on cell signaling. I followed through and have grasped the concepts I struggled with in class. The prof really delivered well.

[@samihsami7120]

I love this professor. She makes the cell signaling looks very simple for her students.

[@ichithenomad9849]

That is the most brilliant lecturer about cell signalling and I think this is my first time to really understand it I really would like to have a way to get in contact with prof Barbara if possible to get some good explanations in other cellular pathways

[@magdalenacorrea5812]

OMG she makes this so simple, great professor.

[@everton.barbosa]

Thanks for the excellent teaching and high-quality communication!

[@alidumumuni449]

I love the energy that u apply to teach

[@ivienprinzefetalino9468]

Thank you Prof. Barbara! It was an excellent lecture. Totally enjoyed! :))

[@gmatar]

Prof Barbara Imperiali thank you very much for you superb Lectures. You are the most amazing Prof and. Humanbeing...

[@hebaaly7385]

One of my best lecture ever simply and very informative thanks for your time ♥️♥️♥️

[@zotzulu]

Such a great teacher!

[@monisiay]

I'm so amazed by this professor and the way she explains everything. Are there more lectures on cell signalling by her?

[@darrylhalden1948]

great lecture

[@alexanderbreglia7282]

She's definitely enthusiastic.

[@maia6493]

Thanks for lecture very lovely professor❤❤😊

[@woloabel]

(On Monday of February 6, 2023). In The Matter of Introductory Biology and Cell Signaling Therein: 1) Cellular Signaling of Primary Messenger Type onto Second Messenging; 2) G-Protein Coupled Receptors (GPCR); 3) Phosphorylation as an Important Biochemical Reaction Of Activation And at Other Times Deactivation Modality; 4) Genome (Totality of Genes Within The Species) the Genotype Aspect of Biology Rather Than Phenotype (Outward Manifestaton of the Genes); 5) Signaling in the Diverse Extents: 1) Cytoplasmic; 2) Nuclear; 3) Endocrine (Paracrine, Juxtacrine, Autocrine); Otherwise the Biochemical Signs and Regulation Modality of Homeostasis within an Organism; PhD Barbara Imperiali. Es is nicht rein gut aber gut. Heil!

[@alizamir413]

nice lecture

[@not_amanullah]

Thanks 🤍❤️

[@amiram1256]

Thank u

[@abhaybamaniya7897]

how can i get that presentation, please share!!

[@mitocw]

Sorry, the instructor did not share her presentation. Visit the course on MIT OpenCourseWare for the materials we do have (readings, problem sets with solutions, exams with solutions, recitations, study materials.): ocw.mit.edu/7-016F18. Best wishes on your studies!

[@ypoku226]

wow!!!!

[@wsushared9383]

she makes our professors seem absolutely useless

[@michaelfuxeklint4909]

Then I can reveal, keep away from "40 lecons french" 👍👍👊

[@nibussss]

Domination....or stronger...why say dom

[@brainstormingsharing1309]

👍👍👍👍👍👍👍👍

[@not_amanullah]

This is helpful ❤️🤍

[@paulhetherington3854]

Y'Swm' -- fraud Kommando swimmer. italo - I'm taller, than me, otherwise?