Arteriosclerosis—diet
Hemophilia—poor nutrition
Anemia—family history
Answer: Arteriosclerosis—diet
Explanation:
The disease like is directly related to the diet that the person eats in his daily life. Some of the diseases are caused by the environmental problems such as lifestyle, diet and many more factors.
This disease is caused by the unhealthy lifestyle and food that we consume. More fatty food and no physical activity can lead to the blockage in the arteries of the heart.
The thickening of the blood causes blockage in the artery and can cause a medical condition known as arteriosclerosis.
Answer:
During active transport, substances move against the concentration gradient, from an area of low concentration to an area of high concentration. This process is “active” because it requires the use of energy (usually in the form of ATP). It is the opposite of passive transport.
Explanation:
This may help you out! :)
active transport...hope this helps!!
Answer:
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Explanation:
Organism characteristics are influenced by the amino acid sequences of proteins coded by their DNA. Amino acids vary in chemistry and structure thereby causing variation in protein structure and function. Similarities in sequences can infer close evolutionary relationships.
The characteristics of an organism are fundamentally determined by the amino acid sequences of its proteins. Protein sequences, composed of the 20 common amino acids, are coded by the DNA molecule in the cell. Therefore, the sequence of a DNA molecule plays a significant role in understanding an organism's identity and function.
Different amino acids have different chemistries and structural constraints, thus causing enormous variation in protein structure and function. This variety is responsible for the diversity and complexity of life. For instance, the human cytochrome c protein contains 104 amino acids, but when compared to the same protein in different organisms, only 37 of these amino acids appear in the same position. This suggests these organisms are descended from a common ancestor.
Moreover, the 3-dimensional structure of proteins, determined by the amino acid sequence, contains significant information about evolutionary relationships. These relationships can be inferred from variations over time of the nucleotide sequence of a gene. The more similar these sequences are in two organisms, the more closely related they are.
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B. The molecules are rearranged by the process of photosynthesis.
C. The molecules are changed into energy and released into the ecosystem as heat.
D. The molecules are broken apart and their atoms are rearranged to form new molecules.