(1) In a mineral medium a Ymax(fum) value of 6.6 g dry weight per mol fumarate was found.
(2) Uefa, Fifa, fee-fi-fo-fum, I smell the blood of an Englishman.
(3) The cloned B. japonicum fumC gene fully complemented an Escherichia coli Fum- mutant, strain JH400, for growth in minimal medium with fumarate.
(4) Five loci--Mdh2, Pgd, Aat1, Gapd, and Fum--were assigned to LG III, but exact positions and distances of loci were not definitely established.
(5) Four rare variants are initially described: NP 4-Kalam, ADA 6-Kalam, PEPA 3-Kalam, and FUM 2-Kalam.
(6) It was suggested from these results that the fuM and the Kp may be predictable from the P.
(7) Lutzomyia youngi Feliciangelis and Murillo and L. spinicrassa Morales, Osorno, Osorno, and Hoyos each have diagnostic allomorphs for phosphogluconate dehydrogenase (6PGDH) and fumarate hydratase (FUM).
(8) (4) Polymorphism at loci such as Fum, B.Ox, Hex-8, Pep-2 and Pep-3 are restricted to only one or two of the populations.
(9) (6) Allele frequencies at many polymorphic loci such as Est-1, Est-2, LAP-1, AP-4, Pt-5, Pt-8, Pt-9, Pt-16, MDH, Fum change clinally within a gene arrangement.
(10) However, fuM (the ratio of free drugs in the plasma) and Kp (the ratio of partition between erythrocytes and plasma) related to the P: fuM = -0.3128 x log P + 0.9727 (R2 = 0.8722***), Kp = -0.2558 x log P + 0.8642 (R2 = 0.8413***).
(11) In p-nitrophenol-glycosides, the fuM and the Kp that were predicted from these equations were compatible with the experimental results.
(12) Climate-change trolls let him pass over their bridges with barely a fee-fi-fo-fum.
(13) The 6PGDH and FUM data and those from 6-phospho-fructokinase and phosphoglucomutase distinguish Lutzomyia sp., a new species from Columbia to be described and named later.
Tum
Definition:
Example Sentences:
(1) The DNA of tum- variant P35 was transfected into P815 cell line P1.HTR.
(2) Mutagen treatment of mouse P815 tumor cells produces tum- variants that are rejected by syngeneic mice because these variants express new surface antigens.
(3) We have isolated human and bovine cDNA clones that encode the homologs of the mouse tum- antigen P198.
(4) apparently not to be due to any mutation such as typ, tup, tmp, per or tum.
(5) The diversity of these antigens appears to be very large, like that of the tum- antigens.
(6) Immunization of rats with one C variant (C8) tum- cells did not protect them against either metastases or local growth of the implanted tumours.
(7) This antigenic pattern is similar to that found on teratocarcinoma tum- variants.
(8) Each of these "tum-" variants is rejected in syngeneic mice and stimulates the production of immune memory cells (self-protection).
(9) Mutagen treatment of P815 tumour cells produces tum- variants that are rejected by syngeneic mice because they express new transplantation antigens.
(10) The cells carrying the mutant alleles have impaired tumorigenicity compared with their progenitors due to in vivo induction of a cytotoxic T-cell response specific for tum- antigens.
(11) The drug susceptibility pattern of the strains revealed that there was no significant association of resistance between Tum and streptomycin or rifampicin or ethambutol or ethionamide or isoniazid.
(12) The sequence of this gene and that of two other tum- genes are totally unrelated with each other and with any sequence presently recorded in data banks.
(13) Our results suggest that the procedure of using a mutagen in order to generate tum- variants carrying new transplantation antigens may be generally applicable to cancer cells.
(14) Rumbling tums can be quietened at plenty of places to eat round the estate, until 5.30pm.
(15) Although tum+ clones grew in normal mice, immune mice were able to prevent the growth of tum+ clones with high levels of H-2 antigens.
(16) We have analyzed the effects of high doses of cyclophosphamide (Cy) on primary and secondary antitumor immune response against immunogenic (tum-) variants of Lewis lung carcinoma (3LL) treated in vitro with UV light.
(17) The tum- allele differs from its normal counterpart by a point mutation.
(18) Mongolian gerbils (Meriones unguiculatus) of Tumble Blook (TUM) and Japan Medical Science (JMS) stocks were compared with regard to susceptibility to Leptospira interrogans serovar copenhageni.
(19) The tum- clones are therefore unable to generate tumors in syngeneic mice because they elicit an immune rejection response.
(20) No H-2 antigens were found on the cell surface of the parental BL6 clones, whereas all tum- clones from the BL6T2 line expressed high levels of H-2 antigens.