Alkaline phosphatase- cleaves XP Into a dark purple dye. Secondary antibody - Prilmary antibody Protein of Interest (a) Interactions between the proteln of Interest and antibodles Lane t Red blood Lane 2: Brain Lane 3: Intestinal cells cells cells (b) Results from a Western blotting experiment FIGURE 21.15 Western blotting. (a) After blotting, a primary antibody is added that binds to the protein of interest. Then a secondary antibody is added that binds to the primary antibody. In this example, the secondary antibody is also attached to an enzyme called alkaline phosphatase. When the colorless compound XP (5-bromo-4-chloro-3- indolyl phosphate) is added, alkaline phosphatase converts it to a dark purple dye. (b) The dark purple band indicates where the primary anti- body has recognized the protein of interest. In lane 1, proteins were iso- lated from mouse red blood cells. As seen here, the P-globin polypeptide is made in these cells. By comparison, lanes 2 and 3 were samples of proteins from brain cells and intestinal cells, respectively, which do not synthesize B globin.
Alkaline phosphatase- cleaves XP Into a dark purple dye. Secondary antibody - Prilmary antibody Protein of Interest (a) Interactions between the proteln of Interest and antibodles Lane t Red blood Lane 2: Brain Lane 3: Intestinal cells cells cells (b) Results from a Western blotting experiment FIGURE 21.15 Western blotting. (a) After blotting, a primary antibody is added that binds to the protein of interest. Then a secondary antibody is added that binds to the primary antibody. In this example, the secondary antibody is also attached to an enzyme called alkaline phosphatase. When the colorless compound XP (5-bromo-4-chloro-3- indolyl phosphate) is added, alkaline phosphatase converts it to a dark purple dye. (b) The dark purple band indicates where the primary anti- body has recognized the protein of interest. In lane 1, proteins were iso- lated from mouse red blood cells. As seen here, the P-globin polypeptide is made in these cells. By comparison, lanes 2 and 3 were samples of proteins from brain cells and intestinal cells, respectively, which do not synthesize B globin.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
Related questions
Question
What is the purpose of using a secondary antibody?
![Alkaline phosphatase-
cleaves XP Into a dark purple dye.
Secondary antibody
- Prilmary antibody
Protein of Interest
(a) Interactions between the proteln of Interest and antibodles
Lane t
Red
blood
Lane 2:
Brain
Lane 3:
Intestinal
cells
cells
cells
(b) Results from a Western blotting experiment
FIGURE 21.15 Western blotting. (a) After blotting, a primary
antibody is added that binds to the protein of interest. Then a secondary
antibody is added that binds to the primary antibody. In this example,
the secondary antibody is also attached to an enzyme called alkaline
phosphatase. When the colorless compound XP (5-bromo-4-chloro-3-
indolyl phosphate) is added, alkaline phosphatase converts it to a dark
purple dye. (b) The dark purple band indicates where the primary anti-
body has recognized the protein of interest. In lane 1, proteins were iso-
lated from mouse red blood cells. As seen here, the P-globin polypeptide
is made in these cells. By comparison, lanes 2 and 3 were samples of
proteins from brain cells and intestinal cells, respectively, which do not
synthesize B globin.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F311d30aa-b371-410c-8d2f-5d1237814a5e%2F1ff52d9e-851f-4f97-8fc2-346aab040d41%2Fo8du0fc.png&w=3840&q=75)
Transcribed Image Text:Alkaline phosphatase-
cleaves XP Into a dark purple dye.
Secondary antibody
- Prilmary antibody
Protein of Interest
(a) Interactions between the proteln of Interest and antibodles
Lane t
Red
blood
Lane 2:
Brain
Lane 3:
Intestinal
cells
cells
cells
(b) Results from a Western blotting experiment
FIGURE 21.15 Western blotting. (a) After blotting, a primary
antibody is added that binds to the protein of interest. Then a secondary
antibody is added that binds to the primary antibody. In this example,
the secondary antibody is also attached to an enzyme called alkaline
phosphatase. When the colorless compound XP (5-bromo-4-chloro-3-
indolyl phosphate) is added, alkaline phosphatase converts it to a dark
purple dye. (b) The dark purple band indicates where the primary anti-
body has recognized the protein of interest. In lane 1, proteins were iso-
lated from mouse red blood cells. As seen here, the P-globin polypeptide
is made in these cells. By comparison, lanes 2 and 3 were samples of
proteins from brain cells and intestinal cells, respectively, which do not
synthesize B globin.
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