Answer: A. tunneling nanotubes
Explanation:
A tunnelling nanotube (TNT) also called membrane nanotube is a concept that has been applied to protrusions extending from the plasma membrane that enables different animal cells to interact over long distances, often over 100 μm between T cells.
There are two types of tunneling nanotube including one type of smaller than 0.7 micrometres in diameter which contains actin, and carries parts of plasma membrane in both directions between cells. The second type is larger than 0.7 μm that contains both microtubules and actin, and may carry cytoplasm components such as vesicles and organelles, including whole mitochondria, between cells.
TNT functions in the development of various diseases by allowing the movement of protein, pathogens aggregates and mitochondria.
Hence, the correct option is A. tunneling nanotubes.
Sensory receptors is the answer I found
Answer:
The nucleus.
This organelle is where most DNA or genetic material is found in cells.
Answer:
The measurement will take approximately 227 minutes (13,600 seconds).
Explanation:
Prepare the sample for 14C dating. In order to do this calculation, you first need to know that one Bq refers to decay of one nucleus in one second. Now you can calculate how long it will take for 12,360 decays to occur. The activity as given in the question statement is 1.10 Bq, all you have to do is to multiply the number of decays to the Bq value given.
1.10 × 12,360 = 13,600 seconds
Hope that answers the question, have a great day!
<u><em>Answer:</em></u>
<u><em>First of all we need to understand what are shared derived characteristics or synapomorphies. These are the characters which were evolved in the ancestors of special groups of organisms and after that they were transferred to the descendants (or lineages) of those groups as well.</em></u>
<u><em>These characters are very important in the grouping or organisms. Now coming towards the question, we see there is a cross between Fungi and Plantae.</em></u>
<u><em>The shared derived character that can be written here will be multicellular and eukaryotes.</em></u>
<u><em>These are the characters which were evolved in both fungi and protists from their immediate ancestors and are transfrred to their further lineages as well.</em></u>
<u><em>Explanation:</em></u>