Preparation of anaphase cells and mechanically extended chromatin fibers Immuno-fiber FISH was used for detecting specific DNA sequences on extended chromatin fibers from anaphase cells.
Then, mechanically extended chromatin fibers were prepared from these cells and examined by IF microscopy (note that the term "fiber" is used throughout this study to refer to chromatin preparations; in contrast, the term "thread" is used to designate the PICH-positive structures seen in anaphase cells in situ; Baumann et al. 2007).
From the first report of the use of P0.1 as an indirect way of measuring respiratory drive [ 1] in non-intubated patients, this index gained popularity, extending its use in mechanically ventilated patients, especially during weaning phases.
Unless the emerging pseudopod is mechanically locked intracellular, these asymmetric counterforces will correct the direction of the extending protrusion till the direction is perpendicular to the membrane.
The HPL reorganizes into an extended void which serves as mechanically weak layer (i.e., the detachment layer) allowing the separation of the epi-foil from the parent substrate after the epitaxial growth.
The guns were mounted behind the nose wheel well and a special shield was added to protect the gun barrels from debris thrown up by the nose wheel; it was mechanically linked to the nose wheel and extended when it did.
For example, the anterior chaetae of Discinisca strigata [ 74] bear fine lateral processes which mechanically interlock forming an incurrent siphon that extends above the substratum and other nearby epifauna, allowing for an enhanced current and improvement in feeding [ 33, 45].
Our results show that at lower temperatures the mechanically induced austenite transformation is significantly enhanced and extends over a wider deformation range, resulting in a higher elongation at fracture.
Here, the application of the method of caustics is extended to the analysis of contact problems for mechanically anisotropic materials.
For example, the field of robotics has already advanced wearable supernumary limbs that interface mechanically with the body, giving a person additional limbs to extend physicality beyond traditional limits (Parietti and Asada, IEEE Transactions on Robotics, 2016).
The basic combustion studies here may be extended to more complex nanoenergetic systems, such as bimodal aluminum compositions, mechanically alloyed metals, or metastable intermolecular composite materials.
