 |
| Heemin Kang |
Heemin Kang, a materials scientific discipline graduate educatee at UC San Diego, has received an Acta Student Award. Kang is amid xi awardees who were selected for their contributions to papers published inwards Acta journals inwards 2014. Each honor comes alongside a $2,000 cash prize in addition to volition move presented during an awards ceremony on Oct. v at the Materials Science & Technology coming together inwards Columbus, Ohio.
Kang was selected to have the honor for his reach off biomimetic materials that stimulate stalk cells to move bone-building cells. The research, led past times bioengineering professor Shyni Varghese, was reported inwards the manuscript titled, “Mineralized gelatin methacrylate-based matrices stimulate osteogenic differentiation of human induced pluripotent stalk cells,” which was published inwards the mag Acta Biomaterialia inwards Aug. 2014. Kang was the get-go writer on this paper.
In this work, Kang in addition to co-workers inwards Varghese’s Bio-Inspired Materials in addition to Stem Cell Engineering Lab engineered matrices consisting of calcium phosphate minerals. Stem cells that were grown on these biomineralized materials transformed into cells that tin prepare novel bone.
“These engineered materials, coupled alongside stalk cells, tin move used to process patients alongside critical os defects in addition to traumatic os fractures,” said Kang. “This move is an exciting stride towards accelerating stem-cell-based regenerative therapies.”
 |
Left: Image of engineered bone-mimetic fabric containing calcium phosphate minerals. Right: Image of os cells derived from the conversion of human induced pluripotent stalk cells past times the engineered mineralized material. Osteocalcin, a poly peptide that tin move precisely produced past times bone-forming cells, is shown inwards green. |
Moreover, these materials are able to convert stalk cells into bone-building cells inwards the absence of whatsoever bone-stimulating proteins or biochemicals. “Our study is the get-go to demonstrate a unproblematic means to stimulate pluripotent stalk jail cellphone differentiation, both inwards vitro in addition to inwards vivo, using precisely these engineered biomaterials,” said Kang.
Kang’s involvement inwards regenerative medicine was inspired past times his fourth dimension serving equally a sergeant inwards the the U.S. of A. Army, where he encountered many injured soldiers. His aim is to move a professor in addition to proceed developing biomaterial-based regenerative therapies that tin move used to process injured soldiers in addition to other patients suffering from os defects in addition to disorders.
Read to a greater extent than most related move inwards Varghese’s lab here.