PingLu@sciencebuzz.com'
Ping Lu



Experience

Content

  • Most Viewed
  • Most Liked

Tab 1

Col V siRNA Engineered Tenocytes for Tendon Tissue Engineering

Tendons and ligaments are frequently targets of injury from trauma in sports and aging [1], [2]. It is well known that tendons and ligaments do not heal through a regenerative process; Instead, their healing occurs via the formation of a fibrotic scar [3]–[5]. In the healing tendon, a uniform distribution of small diameter collagen fibrils has been found with poorer mechanical properties than native tissue and shows no improvement of mechanical properties with time.

Tab 2

Col V siRNA Engineered Tenocytes for Tendon Tissue Engineering

Tendons and ligaments are frequently targets of injury from trauma in sports and aging [1], [2]. It is well known that tendons and ligaments do not heal through a regenerative process; Instead, their healing occurs via the formation of a fibrotic scar [3]–[5]. In the healing tendon, a uniform distribution of small diameter collagen fibrils has been found with poorer mechanical properties than native tissue and shows no improvement of mechanical properties with time.

ALL ARTICLES

Col V siRNA Engineered Tenocytes for Tendon Tissue Engineering

Tendons and ligaments are frequently targets of injury from trauma in sports and aging [1], [2]. It is well known that tendons and ligaments do not heal through a regenerative process; Instead, their healing occurs via the formation of a fibrotic scar [3]–[5]. In the healing tendon, a uniform distribution of small diameter collagen fibrils has been found with poorer mechanical properties than native tissue and shows no improvement of mechanical properties with time.

CONTRIBUTIONS

  • Comments
  • Likes

Tab 3

Tab 4

Tab 5

Reviews
Scroll to top

Send this to a friend