1 Triton X-100-insoluble cytoskeletons
were stretched by 10% and incubated with biotinylated cy
2 ntain its optoelectronic performance when it
was stretched by 20%.
3 g-shaped secretin YscC at the outer membrane
was stretched by 30-40% in situ, compared to its isolate
4 ognition.Significantly, the double helix can
be stretched by a factor of two and compressed roughly i
5 The SCPN
is stretched by an AFM cantilever to unfold mechanically
6 of the length of the entire organ, and could
be stretched by approximately 10% without apparent damag
7 Ventricular myocytes
were stretched by approximately 7% using carbon fibres.
8 Dendrites of stum-expressing neurons in legs
were stretched by both flexion and extension of correspo
9 sed on the level of FRET, Fn in many fibrils
was stretched by cells so that its dimer arms were exten
10 mbled, collagen fibres shield Fn fibres from
being stretched by cellular traction forces.
11 a prominent segment ~100 nm-long that could
be stretched by forces <50 pN before the unfolding of Ig
12 ar dendritic sensory branches of FLP neurons
are stretched by hydration.
13 in systole, parts of the left ventricle are
being stretched by incoming blood, before contraction ca
14 y unconstrained double-stranded DNA molecule
is stretched by its ends.
15 leus is positioned at the center of mass and
is stretched by microtubules along an axis maintained th
16 During ovulation, spermathecal cells
are stretched by oocyte entry and then coordinately cont
17 The global pattern appeared to
be stretched by the advancing cloud front.
18 A thin injection zone of the analyte
is stretched by the flow and final distribution of conce
19 The electrode can
be stretched by up to 16% with only a small increase in
20 The devices can
be stretched by up to 50% strain and subjected to 500 cy
21 The film remains conductive after
being stretched by up to 770% (films with T = 76%) and a
22 Single cardiac myocytes
were stretched by various amounts and then immunolabeled