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Originally Posted by lacazette
@nameless, hey dude it'q not injecting ovine cells but as it is saying : co-culturing human with ovine DPCs separated by a permeable membrane ( to keep the inductive potential
@noisette, thanks bro I sent her a msg, though it will go in her 'other' category of msgs, Im afraid she will not see it
lacazette, thanks for clearing that up. Sometimes this science can be hard to absorb. So if I'm to understand this correctly doesn't this mean that they culture the human cells in the same container as the ovine cells but they keep the ovine cells and human cells separated in that container? And if this is the case doesn't this mean that after they culture the bovine cells and human cells they can simply remove the ovine cells and save the human cells.
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yes it's exactly that Nameless. Apparently ovine cells secrete a combination of factors that make them don't lose their hair inductive potential. So co culturing ovine and human DPs even seperate by a membrane, make the human DPs benefit from these factors aswell and increase their hair induction
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There's also this interesting girl, if someone find her mail
She is working on hair regeneration and artificial dermal papilla, and had a presentation at the last ISMS 2015 (international symposium on morphological sciences)
http://www.isms2015.org/cv/chengminlin.pdf
Dr. Chang-Min Lin,PhD and Associate professor, is the Director of English Curriculum and Foundation Study Block in English Curriculum, Department of Histology and Embryology, Shantou University Medical College, China.
She has studied the "Regeneration of Hair Follicle", obtained 3 patents for the devices of Hair Follicle transplantation,got 4 items of research grants.
Title: Comparison of Calcium and Barium Microcapsules as Scaffolds in the Development of Artificial Dermal Papillae
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Also dp related, there is this lab from Cornell Univ engineering:
The Organic Robotics Lab (ORL) focuses on using synthetic adaptation of natural physiology to improve machine function and autonomy. Our research spans three primary areas: bioinspired robotics, soft sensors and displays, and advanced manufacturing. We use soft materials, mechanical design, and novel fabrication methods to replicate sensory organs such as dermal papillae, replicate organs that rely on actuation such as the heart, and to power soft actuators and robots.
https://orl.mae.cornell.edu/#about
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