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Essential for protein synthesis and chlorophyll formation. Promotes leafy growth.

Important for energy transfer as it is a part of ATP; critical for root development.

Regulates osmotic balance, activates enzymes, and is important for resistance to drought and disease.

Important for cell wall structure, cell division, and signalling.

Central component of chlorophyll molecule and is crucial for photosynthesis.

Integral for amino acids, proteins, enzymes, and vitamins. It also helps in chlorophyll formation.

Essential for the formation of chlorophyll and is necessary for many enzyme functions.

Required for cell wall formation and stability, and is involved in cell division and protein synthesis.

Functions as an enzyme cofactor and is necessary for chlorophyll synthesis.

Plays a role in chlorophyll production, enzymatic reactions, and nitrogen assimilation.

It's crucial for enzyme systems involved in nitrogen fixation and assimilation.

Important for enzyme systems that regulate early growth stages and the synthesis of plant hormones.

Involved in osmosis, the ionic balance necessary for photosynthesis and cell division.

Required for iron absorption, enzymatic activity, and nitrogen metabolism.

Essential for nitrogen fixation in legumes and involved in various enzyme reactions.

Beneficial for some plants, particularly C4 and CAM plants for osmoregulation and metabolic processes.

Strengthens cell walls, enhancing plant strength and resistance to pests and diseases.

Can play a role in anti-oxidant defense and may protect against environmental stress and predators.

Not essential and can be toxic at high levels, affecting root growth and nutrient uptake.