"cell" nach Englisch mit Beispielen - Kollokationen-Wörterbuch Englisch

cell Substantiv

Substantiv + cell

Kolokacji: 143

blood cell • cancer cell • stem cell • brain cell • prison cell • fuel cell • nerve cell • jail cell • tumor cell • skin cell • T cell • muscle cell • ...

cell + Substantiv

Kolokacji: 134

cell phone • cell membrane • cell type • cell wall • cell division • cell line • cell biology • cell door • cell carcinoma • cell culture • ...

häufige Kollokationen

Kolokacji: 33

Kollokationen gruppiert nach Bedeutungen

Grup znaczeniowych: 29

(1) phone, processor

Kolokacji: 2

(2) membrane, transplant, transplantation, elongation, cortex, ...

Kolokacji: 8

(3) type, biology, growth, proliferation, differentiation, ...

Kolokacji: 15

1. cell type = komórka typ cell type

2. cell biology = biologia komórki cell biology

Cell Biology

3. cell growth = wzrost komórki cell growth

Cell growth

4. cell proliferation = proliferacja komórek cell proliferation

5. cell differentiation = różnicowanie komórkowe cell differentiation

6. cell biologist = cytolog cell biologist

7. cell metabolism = metabolizm komórki cell metabolism

8. cell morphology = morfologia komórki cell morphology

9. cell physiology = fizjologia komórki cell physiology

10. cell development = rozwój komórki cell development

11. cell replication = replikacja komórki cell replication

12. cell reproduction = rozmnażanie komórki cell reproduction

13. cell process = proces komórki cell process

14. cell clone = klon komórki cell clone

Moreover, selection of resistant cell clones requires only minimal levels of Neo gene expression [ 53 ] .
After a minimum of 30 days culture, single cell clones were isolated by limiting dilution in 96 well culture clusters, in the presence of ethidium bromide.
Thus fetal cell clones are provided with long telomeres and gain a "fresh start."
Thus, approximately 10 different epitopes can be recognized by all the B cell clones combined.
A few red cell clones called F cells are progeny of a small pool of immature committed erythroid precursors (BFU-e) that retain the ability to produce HbF.
As a result, the immune system produces millions of cell clones, each capable of producing a unique variety of antibody.
Type Ap spermatogonia repeatedly divide mitotically to produce identical cell clones linked by cytoplasmic bridges.
Single cell clones were generated by limiting dilution.
These cell clones were plated in a six well plate and triplicate wells were treated with DMSO or 15 μM GS-E for 48 hours.
A cell can for example be monitored as it migrates or divides into two cells, how many divisions that occur over time and the rate of cell division in a specific cell clone.