Which scientist studied how wounds heal and proposed that cells come from preexisting cells?

Answers

Answer 1
Answer: Rodolf Virchow was the scientist that studied how wounds heal and proposed that cells come from preexisting cells. Rodolf Virchow was born on 13th of October in the year 1821 and died on 5th of September in the year 1902.He was a German doctor, pathologist, anthropologist, writer, editor and politician. he was a multi faceted person. He became famous because of his discoveries regarding public health. He is also regarded as the Father of modern pathology. He was German by birth. Although he failed in containing the typhus epidemic that occurred in Upper Silesia but his report was valuable in laying the foundation for public health in Germany.
Answer 2
Answer:

A. Rudolf Virchow ( Apex answer)

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19. A material with a shape that remains unchanged when it is moved from one container to another is a(n)________

Which is an example of dehydration synthesis?

Answers

A dehydration synthesis is a type of chemical reaction. It is also the process of two joined molecules or compounds followed by the removal of water. One example of dehydration synthesis is alcohol condensation to make an ether product

A puffy white cloud with a flat bottomA. Cumulus

B. Fog

C. Stratus

D. Cumulonimbus

Answers

The correct answer is Cumulus.

These clouds look puffy and is flat in bottom. They look like cauliflower and  are white colored too.

These forms of clouds floats in the sky and seems to be like floating cotton. They are located at 3300 feet above the ground.

They always grow in upward direction and can sometimes form giant structures which are known a the giant cumulonimbus which is responsible for thunderstorms.

The cloud is a cumulus cloud

Different between triceps and biceps​

Answers

Answer:

The difference  is  that the Triceps is a arm muscle and Biceps is a muscle of the arm. While the biceps crosses both the shoulder and elbow joints

Explanation:

Protists from which of the following taxonomic groups are most likely to lead to paralytic shellfish poisoning? Protists from which of the following taxonomic groups are most likely to lead to paralytic shellfish poisoning? A. Toxoplasma
B. Plasmodium
C. Euglena
D. Giardia
E. Dinoflagellata

Answers

Paralytic shellfish poisoning.

Explanation:

The taxonomic group which is more likely to cause shellfish poisoning is :

E. Dinoflagellata.

Paralytic shell fish poisoning is a serious food poisoning caused by consuming poisonous shell fishes. The shell fish become toxic due to contamination by dinoflagellates that secrete harmful toxins such as cyanides.

Paralytic shellfish poisoning leads to blockage of sodium channel resulting in paralysis of alimentary canal and respiratory muscles in severe case leading to death of the person

The goal of sequencing all human DNA base pairs and identifying all human genes belongs to A. restriction enzymes. B. gel electrophoresis. C. the Human Genome Project. D. bioinformatics.

Answers

Its C. the human genome project

The goal of sequencing all human DNA base pairs and identifying all human genes belongs to the Human Genome Project.

Which of the following statements accurately describes how blood flows through the heart? A. Oxygen-rich blood is carried in the right pulmonary veins from the left lung to the right atrium.
B. Oxygen-rich blood is carried in the aorta from the left ventricle to the body.
C. Oxygen-poor blood is carried through the left pulmonary veins to the left atrium.
D. Oxygen-poor blood is carried through the inferior vena cava to the left atrium.

Answers

B. Oxygen-rich blood is carried in the aorta from the left ventricle to the body. 

Superior and inferior vena cava enters the right atrium which is pumped by the tricuspid valve to the right ventricle and to the pulmonary valve to the pulmonary artery then to the lungs from the lungs back thru the pulmonary veins entering the left atrium pumped by the mitral valve to the left ventricle to the aortic valve to the aorta.  



The circulatory system is important in meeting the needs of all cells in the body because it offers means of transport by which cells obtain the materials needed to live and function.