To increase soil salinity

To avoid economic damage

To save water

To reduce photosynthesis

It binds to the promoter on the template DNA and synthesizes RNA in the 5' to 3' direction until a termination signal is encountered.

It processes pre-mRNA by removing introns.

It catalyzes the synthesis of the RNA strand along the 3' to 5' direction.

It binds to the poly-A tail to enhance translation.

They have specialized cells with higher metabolic rates that eliminate waste faster

They have a significantly higher surface area to volume ratio

Their cells are unable to perform gas exchange directly due to lower surface area relative to volume

They rely solely on passive diffusion for nutrient transport

It is crucial for the production of compounds such as prothrombin that are necessary for clot formation.

It acts as an anticoagulant by inhibiting thrombin activity.

It directly converts fibrinogen to fibrin at the wound site.

It increases the number of platelets available in the bloodstream.

They secrete anti-coagulants to maintain blood flow in reattached tissues.

They stimulate rapid tissue regeneration in a surgical environment.

They eliminate the risk of infection without any additional treatments.

They provide essential nutritional supplements during recovery.

To provide recreational spaces

To increase agricultural production

To promote gardening

To conserve rare plant species

1,000

250,000

157,100

44,000

Expansion of habitats

Increased population growth

Threat to one-third of species

Improved ecosystem health

Neurotransmitters are the primary agents in hormonal signaling across the body

Neurotransmitters are released directly into the bloodstream to affect target organs

Neurotransmitters function independently without synaptic involvement

Neurotransmitters are utilized at synaptic junctions between neurons or between a neuron and a muscle cell