BCMB 321

3. Pressure on the plant cell wall caused by osmosis.
5. The cell will swell if placed in this type of solution.
8. The fluid within the chloroplast.
10. This cell contains two sets of chromosomes.
12. This vascular tissue transports water in the plant.
14. TATA box is located in this region of genes.
15. The cell will shrink if placed in this type of solution.
18. The alignment of cellulose microfibrils depends on this structure.
21. DNA replication in the absence of cell division.
23. Spindle fibers attach to this region of a chromosome during mitosis.
25. An organelle in plant cells that converts energy from sunlight into chemical energy.
27. The site where protein synthesis takes place.

1. An organism produces its food from inorganic materials.
2. This cell wall polysaccharide has a backbone made of galacturonic acid and able to form junction zones.
4. This vascular tissue transports sugar in the plant.
6. This cell wall is made up of glucose monomers.
7. A membrane-bound organelle that contains waste products and maintains the plant's structure.
9. The movement of water from a low concentration of solute to a higher concentration of solute.
11. A type of bacteria that is used to make transgenic plants.
13. An organelle that modifies, sorts, and packages proteins for secretion or delivery.
16. DNA wrapped around a histone core to form this structure.
17. This cell wall polysaccharide has a backbone made of glucose and xylose.
19. The secondary cell wall made up of cellulose and this material.
20. Plants convert glucose into this monomer to store energy.
22. A structure is unique to plant cells and forms during late cytokinesis to separate the two daughter cells.
24. An organism contains more than two homologous sets of chromosomes.
26. Control of enzyme involving protein synthesis or degradation.
28. The nucleotide sequence of a gene that is removed during transcription.