1 The students were looking through a microscope at plant cells.

2 Plant cells contain liquid in spaces called vacuoles.

3 Plant cells carry chloroplasts: organelles containing the pigment chlorophyll, which they employ to entrap sunlight.

4 Many plant cells rapidly expand when their cell walls are acidified; acid activates enzymes that increase the flexibility of cell walls.

5 Plant cells contain salt solutions in spaces known as vacuoles.

6 The cell wall is peculiar for a plant cell.

7 Cellulose is the major constituent of plant cell walls.

8 The liquid contents of a plant cell vacuole.

9 A thick-walled lignified plant cell that is often branched.

10 Our main field of research is plant cell and gene engineering. Currently we focus on: 1.

11 Xylan which is mainly found in plant cell wall is the most abundant regenerate resource secondary to cellulose.

12 In the present paper the technology of officinal plant cell breeding and cosmically culture was reviewed the question and future work were also included.

13 The most commonly used plant cell wall hydrolytic enzymes have pectinase,[] cellulase and hemicellulase enzymes.

14 The developmental morphology of plant cell was studied in Arabidopsis thaliana in this paper.

15 Keywords: plant cell culture, L - DOPA, agitated reactor, operation strategy, scale - up.

16 Cutinization The impregnation of a plant cell wall with cutin.

17 To translocate the effector proteins into the plant cell is the primary function during the process of pathogen-host interaction.

18 A soluble , gummy polysaccharide found in plant cell walls and yielding xylose upon hydrolysis.

19 The calculational method for plant cell compressive force was (obtained) that was convenient for theoretical analysis and numerical calculation.

20 They produce oxygen as a waste product, a normally lethal poison to the plant cell.

21 CONCLUSION It has a good prospect to acquire syringin by plant cell culture.

22 We usually use allium cepa root tip, as experimental material to observe the plant cell mitosis.

23 This article reviews the advances in the production of natural products by immobilized plant cell cultures.

24 Moreover, immobilized culture and prospects of research in large - scale plant cell culture are presented.

25 Hexokinase (HXK) plays a important role in sugar signaling of plant cell.

26 This work was based on one of the plant systematic evaluation hypotheses that the freshwater plants originated from the ocean and the theory of plant cell totipotency.

27 The great progress has been made in the field of plant tissue culture based on the development of the plant cell totipotency .

28 Extensin is a family of hydroxyproline-rich glycoproteins in the cell wall of higher plants, which had important physiological functions in plant cell walls.

29 The actin cytoskeleton, a dynamic network of intracellular proteinaceous structural elements participates in many physiological activities in plant cell.

30 During past years, much valuable information has been obtained on the function of dictyosome in plant cell.

31 Can. No matter animal cell still is plant cell, can mutate.

32 Pectin: Any of a class of carbohydrates found in certain plant cell walls and tissues.

33 So plant cell totipotency is the fundamental basis for cell engineering.

34 Our central field of research is plant cell and gene engineering.

35 A brief final introduction of the present research on the various bioreactor types for zooblast and plant cell culture is given in this paper.

36 The cytoplasmic membrane that surrounds a vacuole of a plant cell.

36 is a sentence dictionary, on which you can find good sentences for a large number of words.

37 In the paper, author studyed the enhanced shikonin production from Lithospermum erythrorhizon by in situ extraction and calcium alginate bead immobilization plant cell cultures.

38 A lots of evidence showed that it was an important pathway for electrofusion of plant cell in space microgravition environment.

39 The activity of plant cell mitosis is rhythmic, and restricted to its biological clock.

40 The calculational formula for cell compressive force was (obtained) expressed by cell girth and by node coordinate and displacement of plant cell mechanical models.

41 A yellow , water - soluble, gummy polysaccharide found in plant cell walls and yielding xylose upon hydrolysis.

42 In this paper, we review the involvement of phospholipaases, phosphoinositide kinases, and their metabolites in plant cell signaling.

43 Divided two space-charge regions of different dielectric constant inside plant cell membrane, a model was built for ion transmembrane transport, .

44 Plant cell walls can be strengthened for extra support by addition of lignin (as in xylem and sclerenchyma)or extra cellulose(as in collenchyma).

45 It shows that this method applies only to the characterization of plant cell wall lignification determine, and can not be used for quantitative analysis of the degree of lignification.

46 The cytoplasmic membrane that surrounds vacuole of a plant cell.