(n.) The testes, or spermaries, of fishes when filled with spermatozoa.
(v. t.) To impregnate (the roe of a fish) with milt.
Example Sentences:
(1) Holiday's regular label, Columbia, blanched at the prospect of recording it, so she turned to Commodore Records, a small, leftwing operation based at Milt Gabler's record shop on West 52nd Street.
(2) Although these findings strongly support the hypothesis that 17,20 beta-P is a preovulatory female sex pheromone in goldfish which stimulates male GtH levels and milt production prior to spawning, the milt increases occurred earlier than predicted, suggesting either that preovulatory 17,20 beta-P release begins earlier than the data indicate or that other steroids known to have pheromonal activity are released before 17,20 beta-P.
(3) This stimulatory effect lasted from 20 min to at least 2 hr for GtH (20 degrees) and from less than or equal to 1 hr to greater than or equal to 24 hr for milt (14 degrees).
(4) Testicular contractions may, however, serve to load the SD with milt.
(5) A large amount of milt was observed during spawning, and the amount was correlated with plasma levels of GtH.
(6) Twenty-five males survived the whole experimental period and were divided into four groups according to the amount of milt and endocrine profiles.
(7) Plasma levels of DHP were higher in males that were producing milt than in any other group of males.
(8) Time of ovulation, fecundity, and egg size were recorded in mature females, and sperm counts were carried out on the milt from the male fish, from both the stressed and control groups.
(9) The increase in milt may be due to both neurally and hormonally mediated events that ensure milt availability for imminent spawning activity.
(10) We can propose that the synchronous GtH surge in both sexes causes ovulation and milt production to occur at the same time, favoring a higher rate of fertilization of the eggs.
(11) An ATP-dependent purine deoxyribonucleoside kinase activity is known only in salmon milt extracts (H. L. A. Tarr, Can.
(12) Males held with these females, or exposed to their odors, had increased GtH levels and milt volumes at approximately the time when increased 17,20 beta-P release by ovulatory females commenced.
(13) The 17,20 alpha-[3H]P label was produced by incubating place milt with 17 alpha-hydroxy [3H]progesterone.
(14) In male salmon with expressible milt, 17 alpha,20 beta-dihydroxy-4-pregnen-3-one was present with a gradual increase of both free and conjugated form at the advent of spawning, suggesting that this steroid may also play a role in reproduction in male fish.
(15) Milt was obtained only from fish held at 6 and 12 degrees.
(16) Disney animator Milt Neil said it took "20 Disney drawings to produce the movement Trevillion captures in one".
(17) Although males had increased GtH and milt levels after 1 hr of spawning, males allowed to interact with nonspawning females also had elevated GtH; thus, behavioral interactions appear capable of elevating GtH in the absence of either pheromone.
(18) After juvenile rats had been X-rayed, organ cultures of their milts and kidneys showed alterations analogous to those of "old" donor animals.
(19) In goldfish, the gonadal steroid, 17 alpha,20 beta-dihydroxy-4-pregnen-3-one (17,20 beta-P), functions as a potent preovulatory female sex pheromone which stimulates rapid elevations in serum gonadotropin (GtH) levels and subsequent increases in milt production in males.
(20) Glycolipids were purified from the total lipid extract of the testis or milt of a kind of puffer (Fugu rubripes rubripes) by adsorption column chromatography using silicic acid and magnesium silicate and by preparative silica gel TLC.
Spleen
Definition:
(n.) A peculiar glandlike but ductless organ found near the stomach or intestine of most vertebrates and connected with the vascular system; the milt. Its exact function in not known.
(n.) A sudden motion or action; a fit; a freak; a whim.
(n.) Melancholy; hypochondriacal affections.
(n.) A fit of immoderate laughter or merriment.
(v. t.) To dislke.
Example Sentences:
(1) At the early phase of the sensitization a T-cell response was seen in vitro, characterized by an increased spleen but no peripheral blood lymphocyte reactivity to T-cell mitogens at the same time as increased reactivity to the sensitizing antigen was detected.
(2) Most of the radioactivity in spleen cells from these rats were associated with antigen-reactive cells which formed rosettes specifically with HO erythrocytes.
(3) Reactive metabolites which suppress splenic humoral immune responses are thought to be generated within the spleen rather than in distant tissues.
(4) Pokeweed mitogen-stimulated rat spleen cells were identified as a reliable source of rat burst-promoting activity (PBA), which permitted development of a reproducible assay for rat bone marrow erythroid burst-forming units (BFU-E).
(5) Release of 51Cr was apparently a function of immune thymus-derived lymphocytes (T cells) because it was abrogated by prior incubation of spleen cells with anti-thymus antiserum and complement but was undiminished by passage of spleen cells through nylon-wool columns.
(6) Moreover, the data showed for the first time that DNA synthesis in the bone marrow and spleen and colon were markedly statistically significantly stimulated at specific times after treatment.
(7) High radioactivities were observed in the digestive organs, mesenteric lymphnodes, liver, pancreas, urinary bladder, fat tissue, kidney and spleen after oral administration to rats.
(8) Degradation of both viral and host DNA with micrococcal nuclease and spleen phosphodiesterase indicated that CdG was incorporated primarily into internal positions in both DNAs.
(9) Proliferation of quiescent hematopoietic stem cells, purified by cell sorting and evaluated by spleen colony assay (CFU-S), was investigated by measuring the total cell number and CFU-S content and the DNA histogram at 20 and 48 hours of liquid culture.
(10) In investigation of AMLR composed of peripheral blood cells and spleen cells of gastric cancer patient, AMLR on splenic non-T cells as a stimulator was significantly suppressed compared with peripheral blood non-T cells as a stimulator.
(11) During the development of Shvets' leukosis, the weight of spleen and lymph glands and their lymphocyte content change enormously while the number of plasmocytes rises exponentially.
(12) A constellation of histologic lesions was identified in brain (diffuse meningoencephalitis with bilaterally symmetrical thalamic necrosis), liver (pericholangiohepatitis), lung (pneumonitis), and spleen (lymphoid hyperplasia); this tetrad is apparently unique to this model system.
(13) The bursa of Fabricius, thymus glands and spleen of chickens were also shown to express mRNA coding for ANP.
(14) For routine use, 50 mul of 12% BTV SRBC, 0.1 ml of a spleen cell suspension, and 0.5 ml of 0.5% agarose in a balanced salt solution were mixed and plated on a microscope slide precoated with 0.1% aqueous agarose.
(15) Polyadenylic-polyuridylic acid complexes (poly A:U) at the 1-5 mu g level, were mitogenic for spleen cells when given intravenously to normal Balb or cortisone-treated mice.
(16) Mixing experiments were performed to test the putative inhibitory effects of allotype-suppressed spleen cells from the first adoptive transfer (stage I) on the antibody response of normal spleen cells in a second adoptive transfer (stage II).
(17) After birth, it was in the liver and spleen up to 6 weeks af age, and thereafter it was present only in the bone marrow.
(18) Only the group that received 3R spleen cells treated with anti I-Jb monoclonal antibody and C' had no suppressed PFC.
(19) Prior incubation of these antigens with test spleen cells in the agar gel effictively inhibited development of the vibriolytic plaques, regardless of antibody class.
(20) Four hours after injection radioactivity was identified in the spleen, liver, and bone marrow.