Translation of "Zellplasma" in English

The protein then migrates into the cell plasma and no longer blocks Rac1.

Tumor antigens are located on the external cell membrane of the tumor cells, in the cell plasma, and in the cell nucleus.

Cell plasma from a desert microorganism also acts to detoxify the epidermis and provide the skin cells with fresh energy.

The nucleus, the command centre of the eukaryotic cell, is separated from the cytoplasm by the nuclear envelope.

The nucleus, the command center of the eukaryotic cell, is separated from the cytoplasm by the nuclear envelope.

If a small amount of cell plasma is taken from larger cells, cylindrical microdrops form.

In contrast to DNA, which only occurs in the nucleus, RNA is also found in the cytoplasm.

To integrate the cell nucleus of the foetal fibroblast into the cell plasma of the egg cell, the membrane of the fibroblast is fused with the membrane of the egg cell.

The most common process of this type in clinical analysis is lysis of cell material in order to release an analyte that may be present in the cell plasma or in the cell nucleus.

The activation of the T cell (red) can be illustrated by the migration of the NFAT signal protein (green) from the cell plasma to the cell nucleus [bottom].

Cytoplasm consists of 99% water, ions and other elements that form its basic structure.

In contrast to mammalian cells the Golgi apparatus – a membrane system in the cytoplasm, which participates in a variety of metabolic pathways – consists in higher plants of hundreds of small Golgi stacks which move along the endoplasmic reticulum (ER) in a stop-and-go fashion.

In 1957 at the international conference for nutrition, where 900 specialists from all over the world presented their latest scientific findings at the Institute for Cancer Research in Paris, the sole detectable substance or phenomenon reported which set cancer cells apart from their healthy counterparts was that fats which had been excreted were visible in the cell bodies and their nuclei, as well as in the cytoplasm.

For example, cell nuclei can thus be differentiated significantly from cell plasma, and various cell types are stained differently as well as fibres and other tissue components.

A mixture of acid fuchsin, ponceau and azophloxine is used as a second dye and binds differently to different tissue regions and makes it possible to identify cell plasma and other intracellular structures.

Automatic detection and segmentation of white blood cells in digital images enables subsequent segmentation—which is precise in terms of boundaries—of the cell nucleus and cell plasma with regard to subsequent classification.

In the event of impaired functioning of the mitochondria, cancer cells switch essentially to the archaic oxygen-dependent form of ATP synthesis in the cell plasma, with a glucose turnover increased by a factor of up to 20, at the cost of the entire organism (emaciation of the cancer patient being one of the main causes of death), which in the case of an intact immune system, during the phase preceding that of clinical manifestation, can be demonstrated by the tumour marker TKTL1 in the macrophages.

The possible use of the stem cells, taken from these embryos, may also involve additional health risks, as yet unknown, due to the presence of animal genetic material in their cytoplasm.

Before proteins can be manufactured, the DNA is transcribed into its transport form, the messenger RNA (mRNA), and introduced into the cell plasma.

In the human body it is manifest in excretes of the intestines and salivary glands, in mucous membranes, blood and cytoplasm, lymphe, fat, urine and sweat.