Cytokinin

Abscisic acid

Auxin

Gibberellin

It accelerates responses by releasing norepinephrine

It acts to restore and conserve energy using acetylcholine

It enhances voluntary control of skeletal muscles

It causes the body to prepare for stress

It causes elongation of the stem and a reduction in chlorophyll production.

It solely triggers flowering independent of other cellular changes.

It inhibits stem elongation and encourages chloroplast differentiation and leaf expansion.

It leads to a decrease in the accumulation of chlorophyll to conserve energy.

Creating extensive legal frameworks for global animal welfare

Exacerbating local economic stability through legal trade routes

Directly impacting local communities by reducing available livelihoods

Enhancing international cooperation on conservation

Soil degradation

Biodiversity enhancement

Habitat loss

Increased crop yield

The ciliary muscles contract, making the lens more convex and bulging it outward.

The suspensory ligaments become taut, forcing the lens to flatten.

The cornea adjusts its curvature to increase light refraction.

The iris expands to allow more light and creates a sharper image.

The use of specialized vessels to transport oxygen-rich fluid to cells

The presence of a pump-free circulatory movement

Blood leaving the heart enters open sinuses before returning, rather than being confined to vessels at all times

The absence of any exchange surfaces

The mRNA undergoes splicing to remove introns before translation resumes.

A matching tRNA binds to the codon, adding its amino acid to the growing polypeptide.

The ribosome binds directly to the end of the mRNA.

The newly synthesized polypeptide chain is released from the ribosome.

It shortens the rice's growing period to produce more food.

It generates beta-carotene in the rice grain by introducing genes from daffodil and Erwinia bacteria.

It makes the rice drought-resistant by modifying water uptake.

It improves pest resistance to reduce crop loss.