Translation of "Vascular structures" in German

Its anti-inflammatory properties protect the vascular structures and muscle tissue in the penis.

Superficial dissections expose the longitudinal, circular and oblique muscle layers, with nerves and vascular structures.

This facilitates both the placement and the extraction of thrombi from complex vascular structures.

Endovascular implantable bodies are used in medical technology, inter alia, for supporting vascular structures.

These are the smallest vascular structures in the body that deliver blood at the level of the tissue.

The neck is dissected to expose muscular, neural, vascular and glandular structures.

The semitransparent peritoneum almost permits a look into the abdominal cavity before total penetration, so that the underlying omentum majus, intestines, and vascular structures in the peritoneum are discernable and damage thereto can be avoided.

Beyond that, the stiffness of the balloon cones that are folded into folds makes guiding the balloon catheter around narrow curvatures or branches of vascular structures more difficult.

This is the prerequisite so that the balloon catheter with the balloon at the distal end can be slid forward, even through narrow vascular structures or very circumflex vascular areas.

An MRI scan can produce a good image of the bile ducts and pancreatic duct (MRCP) and an exact depiction of vascular structures (MR Angiography).

Endogenous hemoglobin contrast is used to image vascular and anatomical structures, while exogenous contrast agents are used in functional and molecular imaging.

This helps to improve diagnostic accuracy by studying vascular structures that cannot be viewed with the naked eye.

Effective and safe, with the utmost respect of the soft tissue, the ultrasound applications are particularly advantageous in osteotomy surgery even close to delicate nerve and vascular structures.

In addition, an MRI scan can also produce a good image of the bile ducts and pancreatic duct (MRCP) and an exact depiction of vascular structures (MR Angiography).

They are used, for example, to support vascular structures, hollow organs and endovascular implants for fastening and temporary fixation of tissue implants and tissue transplants, but also for orthopedic purposes, for example, as nails, plates or screws.

Thus, balloon catheters, as they are used, perhaps for the enlargement of pathologically constricted vascular structures in the body or for the placement of vascular wall supports—so-called stents—have an outer shaft with a distal end and an inner shaft nested in it by forming a ring-shaped fluid line, that extends beyond the distal end of the outer shaft.

Further, any natural and/or artificial medical products can be used, for example, prostheses, organs, vascular structures, aortas, heart valves, tubes, organ replacement parts, implants, fibers, hollow fibers, membranes, cans, blood containers, titer plates, adsorb media, dialysators, connection pieces, sensors, valves, endoscopes, filters, pump chambers as well as other medical products, which are to have hemocompatible properties.

Further, collagen stimulates the formation of vascular structures and connective tissue and thus supports the restoration of the structural stability of the tissue.

With computed tomography, it is thus in particular possible to obtain a three-dimensional representation of vascular and skeletal structures of high isotropic spatial resolution.

Using untypical methods, such as drawing increased amounts of blood into the clitoris with a vacuum pump or clitoral pump on a frequent basis can result in an increase in size, as the vascular structures are slowly stretched and enlarged to accommodate the additional blood.