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(N/A) $(1)$ Neural systemEndocrine system$(1)$ Neurotransmitters are released due to nerve impulse stimulation.$(1)$ Transported by blood throughout t

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(N/A) $(1)$ Neural systemEndocrine system$(1)$ Neurotransmitters are released due to nerve impulse stimulation.$(1)$ Transported by blood throughout the body.$(2)$ Primarily affects muscles and glands.$(2)$ Induces changes in metabolic processes.$(3)$ Rapid conduction of signals.$(3)$ Slower response (seconds to days).$(4)$ Reaction time is very short.$(4)$ Reaction period is comparatively longer.$(2)$ Hormones of adrenal cortexHormones of adrenal medulla$(1)$ Steroid hormones.$(1)$ Catecholamine hormones.$(2)$ Affects kidney and various tissues.$(2)$ Affects cardiac tissue and smooth muscles.$(3)$ Regulates water-electrolyte balance and glucose metabolism.$(3)$ Stimulates metabolic activities during stress.$(4)$ Examples: Cortisol,Aldosterone.$(4)$ Examples: Adrenaline,Noradrenaline.$(3)$ Thyroid hormoneParathyroid hormone$(1)$ Main hormone is Thyroxine $(T_4)$.$(1)$ Main hormone is Parathyroid hormone $(PTH)$.$(2)$ Iodinated amino acid derivative.$(2)$ Peptide hormone.$(3)$ Increases basal metabolic rate.$(3)$ Increases $Ca^{2+}$ level in the blood.$(4)$ Hyposecretion causes cretinism or myxedema.$(4)$ Hyposecretion causes tetany (muscle spasms).

Column-$I$	Column-$II$
$P$. Anterior Pituitary	$I$. $MSH$
$Q$. Intermediate Pituitary	$II$. $ADH$
$R$. Posterior Pituitary	$III$. $LH$
	$IV$. $FSH$
	$V$. $GH$
	$VI$. Oxytocin
	$VII$. $PRL$
	$VIII$. $TSH$
	$IX$. $ACTH$

Column $I$	Column $II$
$i$. Alzheimer's disease	$a$. Oversecretion of Growth Hormone from pituitary gland in adults.
$ii$. Diabetes mellitus	$b$. Degeneration of dopamine-producing neurons in $CNS$.
$iii$. Acromegaly	$c$. Underactivity of Beta cells of pancreas.
$iv$. Parkinson's disease	$d$. Degeneration of cholinergic and other neurons in $CNS$.

Provide the differences between the following:
$(1)$ Neural system and Endocrine system
$(2)$ Hormones of adrenal cortex and Hormones of adrenal medulla
$(3)$ Thyroid hormones and Parathyroid hormones

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Match the following columns:
Column-$I$ Column-$II$
$P$. Anterior Pituitary $I$. $MSH$
$Q$. Intermediate Pituitary $II$. $ADH$
$R$. Posterior Pituitary $III$. $LH$
$IV$. $FSH$
$V$. $GH$
$VI$. Oxytocin
$VII$. $PRL$
$VIII$. $TSH$
$IX$. $ACTH$

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Neural system	Endocrine system
$(1)$ Neurotransmitters are released due to nerve impulse stimulation.	$(1)$ Transported by blood throughout the body.
$(2)$ Primarily affects muscles and glands.	$(2)$ Induces changes in metabolic processes.
$(3)$ Rapid conduction of signals.	$(3)$ Slower response (seconds to days).
$(4)$ Reaction time is very short.	$(4)$ Reaction period is comparatively longer.

Hormones of adrenal cortex	Hormones of adrenal medulla
$(1)$ Steroid hormones.	$(1)$ Catecholamine hormones.
$(2)$ Affects kidney and various tissues.	$(2)$ Affects cardiac tissue and smooth muscles.
$(3)$ Regulates water-electrolyte balance and glucose metabolism.	$(3)$ Stimulates metabolic activities during stress.
$(4)$ Examples: Cortisol,Aldosterone.	$(4)$ Examples: Adrenaline,Noradrenaline.

Thyroid hormone	Parathyroid hormone
$(1)$ Main hormone is Thyroxine $(T_4)$.	$(1)$ Main hormone is Parathyroid hormone $(PTH)$.
$(2)$ Iodinated amino acid derivative.	$(2)$ Peptide hormone.
$(3)$ Increases basal metabolic rate.	$(3)$ Increases $Ca^{2+}$ level in the blood.
$(4)$ Hyposecretion causes cretinism or myxedema.	$(4)$ Hyposecretion causes tetany (muscle spasms).

Provide the differences between the following:$(1)$ Neural system and Endocrine system$(2)$ Hormones of adrenal cortex and Hormones of adrenal medulla$(3)$ Thyroid hormones and Parathyroid hormones