Joint Venture and Patent Grant Mark Jointechlabs’ Entry Into China Regenerative Medicine Microfat Market
Jointechlabs has been granted a core Chinese patent and has entered into a joint venture to develop the microfat market in China.
Read moreJointechlabs has been granted a core Chinese patent and has entered into a joint venture to develop the microfat market in China.
Read moreDr. Nathan Katz discusses best practices in microfat-based procedures and the processing of microfat for optimal results.
Read moreJointechlabs has released new components and standardized processing to reduce time, complexity, and cost of microfat-based regenerative medicine procedures.
Read moreNew syringes and a choice of cannulas will make adipose processing faster and personalized to each physician’s needs.
Read moreJointechlabs earned the MDSAP quality certification indicating compliance with ISO13485:2016 for medical device quality management.
Read moreEuropean focus includes a new subsidiary in Austria, a medical research center in partnership with a prominent health center, and development and distribution agreements for Germany, Austria, Switzerland, Italy, Spain, and the Balkans.
Read moreJointechlabs has just strengthened its intellectual property position with the granting of a new US patent covering systems and methods of encapsulating stem cells.
Read moreDrs. Katz and Guarino demonstrate the operation of MiniTC.
Read moreCatarina Hadamitzky, Tatiana S. Zaitseva, Nathan Katz, Claire P Edelstein, Manuel T. Escarraman, Dung Nguyen, Michael V. Paukshto Clinic of Plastic, Aesthetic and Hand Surgery, Helios Clinic, Hildesheim, Germany. Fibralign Corporation, Union City, California, USA. JointechLabs, Inc, N. Barrington, Illinois, USA. Instituto OncolĂłgico Dr. Heriberto Pieter, Santo Domingo, Dominican Republic. Department of Plastic Surgery, Stanford […]
Read moreCritical skin wounds are a major cost for the health sector and lead to immense suffering for the patients. One way to facilitate the healing of these wounds is through autologous adipose tissue transplants. However, the implanted tissue needs to be vascularized or it will suffer from necrosis. To combat this Stromal vascular fraction (SVF), […]
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