A "brush border" in the proximal kidney tubule is due to

A. presence of numerous cilia

B. presence of numerous villi

C. minute finger like folds of the cell membrane called microvilli

D. cuboid al eqithelium

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  1. Goblet cells are
  2. Epithelium has no direct blood supply. The exception to this is
  3. Pseudociliated epithelium is a characteristic feature of mucous membrane of
  4. The attachment between two epithelial cells is due to
  5. Mesenchymal epithelium is seen in
  6. Which of the following tissues can be protective, secretory, sensory, excretory and absorptive in function?
  7. Stratified squamous epithelium is seen in
  8. Epithelial cell differs from connective and supporting tissues
  9. The name of the given stratified eqithelium depends upon the shape of
  10. Sterocilia is found in
  11. Oil in the skin is secreted by
  12. The type of tissue that covers the surface of the body and lines vessels and body cavities is
  13. The epithelial lining of ovary and seminiferous tubules of the testes is
  14. The epithelial tissue which form protective layer of the skin, buccal cavity and tongue is
  15. Mesothelium lines the
  16. Which of the following statements is true?
  17. An epithelium with more than one layer of cells is seen in
  18. Protoplasmic projections of the lining of epithelial cells in certain organs is as follows. State which…
  19. What name is given to the scientific study of tissues ?
  20. Exocrine glands containing glandular cells which shed themselves to secrete their products are known…
  21. Pigment cells of retina are made up of
  22. Stratified squamous keratinised epithelium seen in
  23. Which of these is true :
  24. The excretory passages of the urinary system has a lining of epithelial cells which are elastic. These…
  25. Inner lining of our trachea is formed by
  26. A "brush border" in the proximal kidney tubule is due to
  27. Sensory epithelium is seen
  28. The cilia originate from
  29. Minute cytoplasmic connections between cells of epithelium is known as
  30. All glands whether exocrine or endocrine originate in mammals from