Most pituitary hormones have more than one name, and abbreviated names are commonly used. The suffixes -trophic and -tropic are often used as if they meant the same thing.  They don't, but arguments can be made for both.  Here I favour -troph- over -trop-, for reasons that I will be happy to discuss with anyone who's interested.
Nomenclatural note:  The word hypophysis means the pituitary gland together with its stalk and the median eminence.

Posterior lobe hormones

1. Vasopressin (= antidiuretic hormone, ADH)

Increased permeability of renal distal and collecting tubules to water, resulting in increased reabsorption and reduced urine output
2. Oxytocin
   Contraction of mammary myoepithelial cells (milk ejection); contraction of uterus, especially when sensitized by oestorgens

Anterior lobe hormones

1. Corticotrophin (adrenocorticotrophic hormone, ACTH)
   Stimulates production of glucocorticoids by adrenal cortex.
2. Thyrotrophin (thyroid-stimulating hormone, TSH)
   Stimulates production of thyroxine and triiodothyronine by the thyroid gland.
3. Somatotrophin (somatotrophic or growth hormone, STH)
   Stimulates growth of bones and other organs. These actions are mediated in large part by insulin-like growth factors (ILGFs) secreted by cells in the liver and elsewhere in respones to STH.
4. Folliculotrophin (follicle-stimulating hormone, FSH)
   Stimulates growth of the ovarian follicle and secretion of oestrogens.
   In the male, FSH stimulates the Sertoli cells of the testis, which contribute to maturation of spermatozoa.
5. Luteotrophin (luteotrophic hormone, LH, [ sometimes called interstitial cell stimulating hormone, ICSH in older literature ]
   Stimulates ovulation of the mature follicle, the subsequent development of a corpus luteum, and secretion of progesterone.
   In the male, LH stimulates the interstitial (Leydig) cells of the testis to produce androgens.
   FSH and TSH are the gonadotrophins - pituitary hormones that stimulate the secretion of steroid hormones (androgens, oestrogens and progestogens) by endocrine cells in the ovary or testis.
6. Prolactin
   Stimulates growth and function of the mammary gland. [ Prolactin also has several other known actions, of uncertain physiological significance. ]

Releasing and inhibiting hormones

The following releasing and inhibitory hormones (or factors) are well known. All except dopamine are peptides, and most of them also occur in neurons in other parts of the central and peripheral nervous systems.

Each hormone's release from the anterior lobe is controlled mainly by its releasing factor, except prolactin, the release of which is restrained by dopamine.

1. Corticotrophin releasing homone (CRH)
   Stimulates the corticotrophs to secrete ACTH.
2. Thyrotrophin releasing homone (TRH)
   Stimulates the thyrotrophs to secrete TSH.
3. Growth hormone releasing homone (GRH or SRH)
   Stimulates the somatotrophs to secrete STH.
4. Somatostatin
   Inhibits STH release (though this may not be its normal function).
5. Luteinizing homone releasing hormone (LHRH; also called gonadotrophin releasing hormone, GnRH)
   Stimulates secretion of both FSH and LH by gonadotrophs.
6. Dopamine
   Inhibits the release of prolactin by mammotrophs.