ライフサイエンスコーパス: cell organelle

1 flux of newly synthesized proteins through a cell organelle.

2 eptides, which may function in membranes and cell organelles.

3 stributed characteristically in the shape of cell organelles.

4 re accompanied by degradation of a number of cell organelles.

5 ocesses in a confined geometry that imitates cell organelles.

6 biologists to differentiate between various cell organelles.

7 ong the most beautiful and mysterious of all cell organelles.

8 tion of the cell membrane and destruction of cell organelles.

9 n display novel interactions with other host cell organelles.

10 itu volume information of plastids and other cell organelles.

11 nd cataloging the Raman spectra of prominent cell organelles.

12 a 100-million atom-scale model of an entire cell organelle, a photosynthetic chromatophore vesicle f

13 t, RDH12 in inner segments can protect vital cell organelles against aldehyde toxicity caused by an i

14 throughput functional genomic study of plant cell organelles and allows the identification of unique

15 can locally excite fluorescence in labelled cell organelles and collect the emitted signal for spect

16 s well diffusion and binding interactions in cell organelles and cytoplasm.

17 Partitioning of cell organelles and cytoplasmic components determines th

18 he nuclear membrane, containing degenerative cell organelles and heterolysosomes (type1) and inclusio

19 into the physical interactions between host cell organelles and parasitophorous vacuoles, which cont

20 o explore the internal structure of tissues, cells, organelles and macromolecular complexes.

21 n of gene expression, protein transport into cell organelles, and the recruitment of phytochrome- or

22 This technique allows individual cells, organelles, and fusion proteins to be optically m

23 optical highlighter" probe for tracking live cells, organelles, and fusion proteins.

24 of large macromolecular assemblies, such as cells, organelles, and multiprotein complexes, when crys

25 clude single proteins, their interactions in cells, organelles, and their interactions both with each

26 ough to allow interpretation of tomograms of cells, organelles, bacteria and viruses in terms of the

27 shing the permeability barrier for cells and cell organelles, by providing the matrix for the assembl

28 ocess, metabolic process, stimulus-response, cell, organelle, catalytic activity, and other functiona

29 ecent modeling of filopodia--the actin-based cell organelles employed for sensing and motility--revea

30 phs of EGFP fusion proteins localized at key cell organelles in murine and human cells were acquired

31 Lipid droplets (LDs) are highly dynamic cell organelles involved in energy homeostasis and membr

32 flagella are conserved, motile, and sensory cell organelles involved in signal transduction and huma

33 nversion of the bacterial endosymbionts into cell organelles involved the massive translocation of ge

34 ich they can stimulate formation of specific cell organelles is less clear.

35 plasmic streaming, the rapid motion of plant cell organelles, is mostly driven by an actin-myosin mec

36 a first step, we present models for various cell organelles learned from real immunofluorescence dat

37 Proper division and segregation of one-per-cell organelles, like the mitochondrion and apicoplast,

38 ydial vacuole does not fuse with the defense cell organelle lysosome.

39 The genomes of DNA-containing cell organelles (mitochondria, chloroplasts) can be late

40 s, creating an opportunity to detect cell-to-cell organelle movement between the genetically distinct

41 ll morphology and the fluorescence images of cell organelles or cytoskeletal structures, here we demo

42 omolecules, the differential partitioning of cell organelles, or differences in sibling cell size or

43 ymes adding O-fucose to proteins localize to cell organelles other than the Golgi apparatus.

44 rade signals emanate from the DNA-containing cell organelles (plastids and mitochondria) and control

45 unoassays, Percoll gradient fractionation of cell organelles, SDS-PAGE, and TLC of cell lysates and c

46 nalysis of the xenobiotic effect on multiple cell organelles simultaneously, hereby flagging its pote

47 In eukaryotic cells, organelle-specific protein quality control (PQC)

48 The biogenesis and maintenance of cell organelles such as mitochondria and chloroplasts re

49 enine nucleotide pool; (3) repair of damaged cell organelles such as the mitochondria and the sarcopl

50 a description of virus morphology as well as cell organelles that can resemble viruses.

51 Cilia and flagella are widespread cell organelles that have been highly conserved througho

52 e differently colored emissions in different cell organelles, that is, compartments of the endosomal-

53 , focused on the biology of the oldest known cell organelle, the cilium.

54 Pathogens manipulate host cell organelles to establish infection.

55 ecules are found at all levels of life, from cell organelles to full organisms.

56 multiple membrane barriers ranging from the cell/organelle to the tissue/organ level.

57 t bud where they fuse, founding the daughter cell organelle, vac5-1, which encodes a truncated form o

58 ses is involved in the rearrangement of host cell organelles, viral RNA replication, and encapsidatio

59 amination of the isolated plasma membrane by cell organelles was less than 5%.

60 2a) isoforms of the Ca-ATPase in Sf21 insect cell organelles, we found that differential anesthetic e

61 rane of melanosomes, the specialized pigment cell organelles where melanin is synthesized.

62 ectroscopic markers associated with specific cell organelles, while desirable, cannot easily be achie

63 Centrioles are cylindrical cell organelles with a ninefold symmetric peripheral mic

64 patiotemporally control activity in specific cell organelles without disrupting other native biologic