What's the difference between translate and translated?

Translate


Definition:

  • (v. t.) To bear, carry, or remove, from one place to another; to transfer; as, to translate a tree.
  • (v. t.) To change to another condition, position, place, or office; to transfer; hence, to remove as by death.
  • (v. t.) To remove to heaven without a natural death.
  • (v. t.) To remove, as a bishop, from one see to another.
  • (v. t.) To render into another language; to express the sense of in the words of another language; to interpret; hence, to explain or recapitulate in other words.
  • (v. t.) To change into another form; to transform.
  • (v. t.) To cause to remove from one part of the body to another; as, to translate a disease.
  • (v. t.) To cause to lose senses or recollection; to entrance.
  • (v. i.) To make a translation; to be engaged in translation.

Example Sentences:

  • (1) These lysates are comparable to those of Escherichia coli in transcriptional and translational fidelity and efficiency in response to a given template DNA.
  • (2) Enhanced sensitivity to ITDs should translate to better-defined azimuthal receptive fields, and therefore may be a step toward achieving an optimal representation of azimuth within the auditory pathway.
  • (3) The mtRF-1 could translate all of the known termination codons in the rat mitochondrial genome.
  • (4) RNA transcribed in vitro from the early region of bacteriophage T3 or T7 was translated by cytoplasmic ribosomes which synthesized protein in cell-free systems prepared from mammalian cells and wheat germ.
  • (5) Translation: 'We do less, you get yourself sorted.'"
  • (6) Release of nsP4 from P1234 appears to be independent of the other cleavages and occurs primarily immediately after translation.
  • (7) The 21K peptide had little direct effect on the selection of promoters in vitro as measured by this technique, but it dramatically increased the translatability of the product.
  • (8) It is proposed that in A. brasilense, the PII protein and glutamine synthetase are involved in a post-translational modification of NifA.
  • (9) Three short reviews by Freud (1904c, 1904d, 1905f) are presented in English translation.
  • (10) The sequence results confirm in vitro translation of 27-, 50-, and 37-kDa products but do not account for the observed 90-kDa product.
  • (11) Moreover, nick-translated [32-P]-pCS75, which is a pUC9 derivative containing a PstI insert with L and S subunit genes (for RuBisCO) from A. nidulans, hybridizes at very high stringency with restriction fragments from chromosomal DNA of untransformed and transformed cells as does the 32P-labeled PstI fragment itself.
  • (12) These results would suggest that N-terminal acetylation and C-terminal proteolytic cleavage are important post-translational modifications of the forms of Amia beta-endorphin.
  • (13) Translation of the tnsC ORF reveals strong homology to a consensus sequence for nucleotide binding sites as well as a region of similarity to a transcriptional activator (MalT).
  • (14) The results indicate that the sequence between nucleotide positions 101 and 332 in the 5' untranslated region of HCV RNA plays an important role in efficient translation.
  • (15) Subcloning of pLR beta 118 into a transcription vector with subsequent in vitro transcription and translation using the reticulocyte lysate system in the presence of microsomes followed by immunoprecipitation with mAb OX6 and two-dimensional gel electrophoresis revealed the intact RT1.B beta I-chain.
  • (16) Immunochemical analysis of the translation products indicated that phenobarbital induced a 30-fold increase in UDP-GT mRNA.
  • (17) In all cases studied, the presence of a translation termination codon correlates with a decrease in the steady-state level of mRNA.
  • (18) DNA fragments coding for signal peptides with different lengths (28, 31, 33 and 41 amino acids from the translation initiator Met) were prepared and fused with the E. coli beta-lactamase structural gene.
  • (19) The 3' end of the cell cycle regulated mRNA terminates immediately following the region of hyphenated dyad symmetry typical of most histone mRNAs, whereas the constitutively expressed mRNA has a 1798 nt non-translated trailer that contains the same region of hyphenated dyad symmetry but is polyadenylated.
  • (20) The translation of mRNA for S-adenosylmethionine decarboxylase was studied using a polyamine-depleted reticulocyte lysate supplemented with mRNA from rat prostate and the antiserum to precipitate the proteins corresponding to S-adenosylmethionine decarboxylase.

Translated


Definition:

  • (imp. & p. p.) of Translate

Example Sentences:

  • (1) These lysates are comparable to those of Escherichia coli in transcriptional and translational fidelity and efficiency in response to a given template DNA.
  • (2) Enhanced sensitivity to ITDs should translate to better-defined azimuthal receptive fields, and therefore may be a step toward achieving an optimal representation of azimuth within the auditory pathway.
  • (3) The mtRF-1 could translate all of the known termination codons in the rat mitochondrial genome.
  • (4) RNA transcribed in vitro from the early region of bacteriophage T3 or T7 was translated by cytoplasmic ribosomes which synthesized protein in cell-free systems prepared from mammalian cells and wheat germ.
  • (5) Translation: 'We do less, you get yourself sorted.'"
  • (6) Release of nsP4 from P1234 appears to be independent of the other cleavages and occurs primarily immediately after translation.
  • (7) The 21K peptide had little direct effect on the selection of promoters in vitro as measured by this technique, but it dramatically increased the translatability of the product.
  • (8) It is proposed that in A. brasilense, the PII protein and glutamine synthetase are involved in a post-translational modification of NifA.
  • (9) Three short reviews by Freud (1904c, 1904d, 1905f) are presented in English translation.
  • (10) The sequence results confirm in vitro translation of 27-, 50-, and 37-kDa products but do not account for the observed 90-kDa product.
  • (11) Moreover, nick-translated [32-P]-pCS75, which is a pUC9 derivative containing a PstI insert with L and S subunit genes (for RuBisCO) from A. nidulans, hybridizes at very high stringency with restriction fragments from chromosomal DNA of untransformed and transformed cells as does the 32P-labeled PstI fragment itself.
  • (12) These results would suggest that N-terminal acetylation and C-terminal proteolytic cleavage are important post-translational modifications of the forms of Amia beta-endorphin.
  • (13) Translation of the tnsC ORF reveals strong homology to a consensus sequence for nucleotide binding sites as well as a region of similarity to a transcriptional activator (MalT).
  • (14) The results indicate that the sequence between nucleotide positions 101 and 332 in the 5' untranslated region of HCV RNA plays an important role in efficient translation.
  • (15) Subcloning of pLR beta 118 into a transcription vector with subsequent in vitro transcription and translation using the reticulocyte lysate system in the presence of microsomes followed by immunoprecipitation with mAb OX6 and two-dimensional gel electrophoresis revealed the intact RT1.B beta I-chain.
  • (16) Immunochemical analysis of the translation products indicated that phenobarbital induced a 30-fold increase in UDP-GT mRNA.
  • (17) In all cases studied, the presence of a translation termination codon correlates with a decrease in the steady-state level of mRNA.
  • (18) DNA fragments coding for signal peptides with different lengths (28, 31, 33 and 41 amino acids from the translation initiator Met) were prepared and fused with the E. coli beta-lactamase structural gene.
  • (19) The 3' end of the cell cycle regulated mRNA terminates immediately following the region of hyphenated dyad symmetry typical of most histone mRNAs, whereas the constitutively expressed mRNA has a 1798 nt non-translated trailer that contains the same region of hyphenated dyad symmetry but is polyadenylated.
  • (20) The translation of mRNA for S-adenosylmethionine decarboxylase was studied using a polyamine-depleted reticulocyte lysate supplemented with mRNA from rat prostate and the antiserum to precipitate the proteins corresponding to S-adenosylmethionine decarboxylase.

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