质壁分离和Hemolysis

Key Difference – Plasmolysisvs Hemolysis

Plasmolysis and hemolysis are two processes occurring in the cells. Plasmolysis is the process of the shrinking of plant cells due to the water loss byexosmosis. Plasmolysis occurs due to high water potential of the cell compared to the outside solution. Until water potentials become equal, water molecules come out from the cell. It causes the contraction of theprotoplasm. Protoplasm together with thecell membranedetaches from the cell wall. Hemolysis is a process that occurs in红细胞. Due to bacterial hemolytic enzymes, red blood cells are destroyed or ruptured and the cell content leaks to the outside. This process is known as hemolysis. There are three types of hemolysis namelyalpha hemolysis, beta hemolysis, and gamma hemolysis. Thekey differencebetween plasmolysis and hemolysis is thatplasmolysis occurs in plant cells due to the loss of water molecules from the cell while hemolysis occurs in red blood cells due to the destruction of red blood cell membranes by bacterial enzymes.

CONTENTS

1.Overview and Key Difference
2.What is Plasmolysis
3.What is Hemolysis
4.Similarities Between Plasmolysis and Hemolysis
5.Side by Side Comparison – Plasmolysis vs Hemolysis in Tabular Form
6.Summary

What is Plasmolysis?

Plant cellslose water molecules when they are placed in a solution having a low water potential or high solute potential (hypertonicsolution). Water molecules leave the cell by exosmosis. When water molecules come out the cell, protoplasm volume decreases. Hence, protoplasm shrinks and detaches from the cell wall. The process that causes the protoplasm shrinkage due to exosmosis is known as plasmolysis. Due to plasmolysis, plants wilt and show the loss ofturgidity. However, water potential and the protoplasm volume can be restored to the normal state byreverse osmosisor deplasmolysis.

Plant cell has rigid cell walls. Due to this rigid cell wall, plant cells do not rupture. Therefore, plant cells are not ruptured during these processes.

What is Hemolysis?

再保险d blood cells transport oxygen throughout the body. Red blood cells contain an iron-containing metalloprotein calledhemoglobinfor this process. Hemoglobin molecules located inside the red blood cells. The destruction of the red blood cells causes the release of hemoglobin from the red blood cells to the blood plasma. This process is known as hemolysis. Some bacteria produce an enzyme called hemolysin, which catalyzes the breakdown of red blood cells. Hemolysis is in three types; alpha hemolysis, beta hemolysis, and gamma hemolysis. In alpha hemolysis, red blood cells and partially breaks down while in beta hemolysis, red blood cells are completely broken down.

Alpha hemolysis is catalyzed by the bacterial hemolytic enzyme called alpha hemolysin. Several bacterial species are responsible for the alpha hemolysis and they areS. pneumoniae,Streptococcus mitis,S. mutans, andS. salivarius. When these bacteria are grown in blood agar medium, around their colonies, greenish colour develops due to the incomplete destruction of red blood cells. Greenish colour is due to the presence of biliverdin and this compound is a byproduct of hemoglobin breakdown.

Beta hemolysis is the process of complete destruction of red blood cells. The cell membranes of the red blood cells destroy the bacterial hemolytic enzymes. Therefore, hemoglobin molecules release into the blood plasma. Beta hemolysis occurs due to the bacterial enzyme called beta hemolysin. The bacteria that causes beta hemolysis are known as beta hemolytic bacteria and the common species areS. pyogenesandS. agalactiae. When these bacteria are grown in blood agar medium, they release beta-hemolysin into the medium. Beta hemolysins breakdown the red blood cells completely. Hence, clear zones are produced around the bacterial colonies. Beta hemolysis is identified by the clear zones produced around the bacterial colonies.

What are the Similarities Between Plasmolysis and Hemolysis?

• Both Plasmolysis and Hemolysis are processes associated with cells.
• Both Plasmolysis and Hemolysis processes are not good for the organisms.

What is the Difference Between Plasmolysis and Hemolysis?

Plasmolysis vs Hemolysis
Plasmolysis is the shrinking of the plant cell protoplasm due to exosmosis.	Hemolysis is the rupturing of red blood cells.
Occurrence
Plasmolysis occurs in plant cells.	Hemolysis occurs in red blood cells.
Organisms
Plasmolysis is a process that happens in plants.	溶血是一个过程,发生在动物身上。
Types
Plasmolysis is only one type.	Hemolysis is three types; aloha hemolysis, beta hemolysis and gamma hemolysis.
Cell Rupture
Plant cell does not rupture due to plasmolysis	再保险d blood cells rupture due to hemolysis
Effects
Plasmolysis causes the wilting of plants.	Hemolysis causes hemolytic anemia.
Possibility of Reversing the Process
Plasmolysis can be reversed (deplasmolysis).	Hemolysis cannot be reversed.
Lysis of the Cell
Cells do not lyse due to plasmolysis.	Cell lysis occurs in hemolysis.

Summary – Plasmolysisvs Hemolysis

Plasmolysis is the process of contraction of the protoplast of a plant cell as a result of the loss of water from the cell. Water loss occurs via exosmosis. The protoplasm of the plant cell detaches from the cell wall. Hemolysis is the breakdown of red blood cells by the bacterial enzymes. When the cell membranes of the red blood cells are disrupted, hemoglobin molecules leak into the blood plasma. The enzymes that are involved in hemolysis are known as the hemolysin. Many bacteria are able to produce hemolysin enzymes. There are three types of hemolytic reactions; alpha hemolysis, beta hemolysis and gamma hemolysis. Hemolytic anemia is the disease condition that causes due to the excessive destruction of red blood cells in the blood.

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再保险ference:

1,“Hemolysis.” Hemolysis – an overview | ScienceDirect Topics.Available here
2.Study.com, Study.com.Available here

Image Courtesy:

1.’Plasmolysis&deplasmolysis’By Kiramariia – Own work,(CC BY-SA 4.0)viaCommons Wikimedia
2.’Streptococcal hemolysis’By Y tambe(CC BY-SA 3.0)viaCommons Wikimedia