This approach is limited in diagnostic utility with complex biological tissue because many different tissue components are derived from common molecular structural units (amino-acids, sugars, fatty acids) and bonds.
A three-dimensional (3-D) scaffold is one of the major components in many tissue engineering approaches.
Efficient methods for biomolecule extractions from many tissue samples simultaneously are key components of the future workflow in molecular profiling of tumors, in particular in cancer biobanking, research and diagnostics.
Inhibitors can come from many sources, including co-purified cellular or tissue components, carry-over components from storage buffers and the extraction process, and the reverse transcription reaction.
Biochemical alterations of extracellular tissue components are involved in many pathological states such as skin aging, arthritis, and heart valve failure.
Many MMPs are expressed at increased levels in RA tissues and in synoviocyte cultures in response to inflammatory cytokines, show specificity for joint tissue components and affect the evolution of experimental models of arthritis.
It is widely expressed in many tissues and is a component of the basement membrane [73].
The latter is a component of many tissues such as bone, dental enamel, eye sclera, skin, tendons and ligaments.
Basically, healing efforts surround the rebuilding of collagen, a specialized chain of amino acids, that is the main component in many tissues -- such as skin, tendon, muscle, ligaments, cartilage, blood vessels, bone, interverterbal disk, teeth and more.
