Question

1. Expression of selectins triggered by cytokine release. 2. Rolling of leukocytes due to interactions with glycoproteins on the leukocytes and proteins on the blood vessels. 3. Activation of the integrin to a high affinity state by chemokines. 4. Tight binding between the integrin on the leukocyte and a protein on the blood vessel that stops the leukocyte. 5. The leukocyte leaves the blood and enters the inflamed tissue.

Name: 1 expression of selectins triggered by cytokine release 2 rolling of leukocytes due to interactions with glycoproteins on the leukocytes and proteins on the blood vessels 3 activation of the 20871
Uploaded: 2022-06-19T18:06:19-08:00
Duration: 2 min 2 s
Channel: Suman K
Description: 1 expression of selectins triggered by cytokine release 2 rolling of leukocytes due to interactions with glycoproteins on the leukocytes and proteins on the blood vessels 3 activation of the 20871

          1. Expression of selectins triggered by cytokine release.
2. Rolling of leukocytes due to interactions with glycoproteins on the leukocytes and proteins on the blood vessels.
3. Activation of the integrin to a high affinity state by chemokines.
4. Tight binding between the integrin on the leukocyte and a protein on the blood vessel that stops the leukocyte.
5. The leukocyte leaves the blood and enters the inflamed tissue.

Added by Preston P.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Suman K

06/19/2022

Step 1

Step 1: Cytokines are released in response to an inflammatory stimulus, triggering the expression of selectins on the endothelial cells lining the blood vessels. Show more…

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1. Expression of selectins triggered by cytokine release. 2. Rolling of leukocytes due to interactions with glycoproteins on the leukocytes and proteins on the blood vessels. 3. Activation of the integrin to a high affinity state by chemokines. 4. Tight binding between the integrin on the leukocyte and a protein on the blood vessel that stops the leukocyte. 5. The leukocyte leaves the blood and enters the inflamed tissue.