10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant
10. Shoot organogenesis by tissue culture results into:
(A) a bipolar structure that has no vascular connection with the explant
(B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant
(C) a monopolar structure that has no vascular connection with the explant
(D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant
Cite this post:
Sourav Pan. (2024, August 23). 10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/
Sourav Pan. "10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant." Biology Notes Online, 23 August 2024, biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/.
Sourav Pan. "10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant." Biology Notes Online (blog). August 23, 2024. https://biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/.
Answer: (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant
Explanation: Shoot organogenesis typically results in a bipolar structure with both shoot and root-like features, and this structure maintains a strong connection with the explant’s vascular tissue, ensuring proper nutrient and water supply.
Cite this post:
Sourav Pan. (2024, August 23). 10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/
Sourav Pan. "10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant." Biology Notes Online, 23 August 2024, biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/.
Sourav Pan. "10. Shoot organogenesis by tissue culture results into: (A) a bipolar structure that has no vascular connection with the explant (B) a monopolar structure that has a strong connection with the pre-existing vascular tissue of the explant (C) a monopolar structure that has no vascular connection with the explant (D) a bipolar structure that has a strong connection with the pre-existing vascular tissue of the explant." Biology Notes Online (blog). August 23, 2024. https://biologynotesonline.com/qa/10-shoot-organogenesis-by-tissue-culture-results-into-a-a-bipolar-structure-that-has-no-vascular-connection-with-the-explant-b-a-monopolar-structure-that-has-a-strong-connection-with-the-pre-exi/.
