The biological specificity of thyrotropin hormone lies in its alpha subunit.

The biological specificity of thyrotropin hormone lies in its alpha subunit. Correct Answer False

The biological specificity of the hormone thyrotropin lies in its beta subunit. The alpha subunits of Thyroid Stimulating Hormone (TSH), Luteinizing Hormone (LH), Human Chorionic Gonadotropin (HCG) and Follicle Stimulating Hormone (FSH) hormones are almost similar.
Bissoy MCQ

Related Questions

Alpha, Beta and Gama went for a picnic at Jurassic Park, when they feel hungry they took out the stuff they brought. Alpha bought 6 sandwiches while Beta bought 4 and Gamma bought none. Both Alpha and Beta shared their sandwiches with Gamma such that each got the same amount. If Gamma paid a total amount of Rs. 10 to Alpha and Beta, how much of Rs. 10 should Alpha get ? (Assume that sandwiches and rupees can be split.)
If $${\text{tan }}\alpha = 2,$$   then the value of $$\frac{{{\text{cose}}{{\text{c}}^2}\alpha - {\text{se}}{{\text{c}}^2}\alpha }}{{{\text{cose}}{{\text{c}}^2}\alpha + se{c^2}\alpha }}$$   is?
Absolute specificity, group specificity and optical specificity are observed by chemical catalyst.
If 8α9 = -72, -9α3 = 27 and -6α1 = 6, then find the value of -3α6 = ?
If 16α1 = 8, 14α6 = 42 and 12α5 = 30, then find the value of 2α6 = ?
If 18α1 = 34, 19α2 = 34 and 18α3 = 30, then find the value of 18α8 = ?
If 18α12 = 3, 2α14 = -6 and 4α4 = 0, then find the value of 2α16 = ?
If 6α1 = 70, 2α3 = 50 and 4α5 = 90, then find the value of 1α4 = ?
A system in a normalized state $$\left| \psi \right\rangle = {c_1}\left| {{\alpha _1}} \right\rangle + {c_2}\left| {{\alpha _2}} \right\rangle $$    with $$\left| {{\alpha _1}} \right\rangle $$ and $$\left| {{\alpha _2}} \right\rangle $$ representing two different eigen states of the system requires that the constants c1 and c2 must satisfy the condition
What happens when the gp130 subunit and the leukemia inhibitory factor receptor β-subunit is combined with a ciliary neurotrophic factor’s receptor subunit?