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TiTIN is the largest protein yet discovered and is the third most abundant muscle protein
TiTIN is flaccid
TiTIN is a giant 3 mdalton muscle protein and a major constituent of the sarcomere in vertebrate striated muscle
TiTIN is an interesting protein as it contains domains for which unfolding is thought to play a physiological role
TiTIN is to act as a passive spring in the sarcomere
TiTIN is the first known non
TiTIN is tethered to the
TiTIN is the biggest known protein and spans the half
TiTIN is a giant protein found in muscle tissue
TiTIN is made up of two structurally distinct regions
TiTIN is an adjustable spring
TiTIN is the largest polypeptide yet discovered
TiTIN is a large
TiTIN is not restricted to muscle cells alone
TiTIN is a long
TiTIN is a sarcomeric protein involved in muscle elasticity and myofibral scaffolding
TiTIN is the largest known protein
TiTIN is big
TiTIN is the largest polypeptide yet described
TiTIN is the everest
TiTIN is no longer developed
TiTIN is a single protein that extends from the z
TiTIN is stretched
TiTIN is composed of approx
TiTIN is bound in the z band
TiTIN is also present in the sarcomere
TiTIN is important
TiTIN is the largest molecule so far identified in the human body and has a molecular weight of about 3000 kd
TiTIN is the major autoantigen recognized by anti–striated muscle antibodies
TiTIN is the largest known single
TiTIN is highly modular in construction
TiTIN is a recently discovered filamentous protein that constitutes ~10% of the total muscle protein mass
TiTIN is a giant polypeptide that spans half of the striated
TiTIN is anchored at one end at the z
TiTIN is inelastic
TiTIN is a 3
TiTIN is a giant protein of vertebrate striated muscles
TiTIN is a prerequisite for thick filament incorporation into sarcomeres by utilizing an
TiTIN is a giant elastic protein in vertebrate striated muscles with an unprecedented molecular mass of 3
TiTIN is and does
TiTIN is complex because on the one hand it is determined by the configuration of the local protein matrix
TiTIN is thought to be responsible for the passive elasticity of muscle
TiTIN is expected to be anchored in this structure
TiTIN is assembled from a novel repeat in variable copy numbers
TiTIN is pulled between a gold substrate and a mac mode afm tip
TiTIN is the largest known molecule in mammals
TiTIN is a > 3
TiTIN is considered to be the major source of muscle elasticity
TiTIN is composed of 244 copies of 100
TiTIN is expressed in different isoforms
TiTIN is used to index all titles of web server in
TiTIN is a giant protein found in the muscle sarcomere
TiTIN is attached to a different microscopic bead
TiTIN is also
TiTIN is responsible for the muscle's resistance to stretching after a certain threshold
TiTIN is a prominent
TiTIN is being unraveled by scientists of the european molecular biology laboratory
TiTIN is shown for each stage of myofibril
TiTIN is shown with its nh 2 termini from adjacent sarcomeres overlapping in the z
TiTIN is a protein that serves to attach myosin
TiTIN is composed of a number of smaller
TiTIN is not significantly stretched at normal lengths
TiTIN is a giant elastic protein in striated muscle
TiTIN is something like a series of springs connected by looser chains
TiTIN is another polymeric muscle protein
TiTIN is one of the most skilled musicians in this style of music
TiTIN is the largest protein molecule in existence
TiTIN is a " use it tell you loose spoon"
TiTIN is a rod
TiTIN is found in large quantities in muscle tissues and has been linked to the passive elastic properties of these tissues
TiTIN is a weird spring
TiTIN is studied within a simple two
TiTIN is one of the largest myofibrillar proteins
TiTIN is a very large elastic protein
TiTIN is a large protein composed of several hundred of globular domains and a number of still unknown structures
TiTIN is strongly expressed along the periphery of the fcm
TiTIN is easily deformed
TiTIN is bound to a gold substrate while the other end is held by the tip of the atomic force microscope
TiTIN is extremely large
TiTIN is limited to the zone between the distal end of a thick filament and az disc
TiTIN is a large protein of about 30
TiTIN is required for myoblast fusion and skeletal muscle striation journal
TiTIN is composed of about 300 repeats of two types of domains
TiTIN is a very large protein consisting of a single 3
TiTIN is required for myoblast fusion and skeletal muscle striation
TiTIN is a gigantic protein