1 ikely an artifactual sequence created during
cDNA cloning.
2 UVB and TPA target genes were identified by
cDNA cloning.
3 ae by multiple chromatographic steps, led to
cDNA cloning.
4 ariants that were subsequently identified on
cDNA cloning.
5 transcription-polymerase chain reaction and
cDNA cloning.
6 id sequence identical to that predicted from
cDNA cloning.
7 ence of SERPINB12 in silico was confirmed by
cDNA cloning.
8 tion of mRNA isolated from DC and subsequent
cDNA cloning.
9 to homogeneity and fully characterized after
cDNA cloning.
10 y structure of rabbit eIF2C is determined by
cDNA cloning.
11 one of these genes (elk1) was determined by
cDNA cloning.
12 RNA population and confirmed for accuracy by
cDNA cloning.
13 By combining
cDNA cloning,
Affymetrix (Santa Clara, CA) genechips cov
14 On the basis of
cDNA cloning,
all of the fish-hunting Conus analyzed yie
15 sing differential RNA selection, full-length
cDNA cloning and 454 transcriptome sequencing of the ric
16 lyl cyclase messages have been identified by
cDNA cloning and amplification from rat brain cDNA.
17 cDNA cloning and analysis of the anti-Ogawa antibodies S
18 l expression was determined using RT-PCR and
cDNA cloning and biochemical and immunocytochemical meth
19 This observation has led to the
cDNA cloning and characterization of a fourth SCD isofor
20 We previously reported the
cDNA cloning and characterization of a murine long chain
21 We report the
cDNA cloning and characterization of a novel GTP-binding
22 We report the
cDNA cloning and characterization of a novel human inosi
23 Here we report the expression
cDNA cloning and characterization of GT3 synthase that a
24 In this paper we report
cDNA cloning and characterization of mDEAH9, an apparent
25 This study describes
cDNA cloning and characterization of mouse RALDH4.
26 Here we describe the
cDNA cloning and characterization of the 90-kDa subunit
27 Herein, we report the
cDNA cloning and characterization of the human orthologs
28 We describe the cognate
cDNA cloning and characterization of two subunits (hTFII
29 In this report, we describe the
cDNA cloning and double-strand sequencing of the rat hom
30 was explored by using isolated cell RT-PCR,
cDNA cloning and expression techniques.
31 We report the
cDNA cloning and functional characterization of human cy
32 un-based approach that led ultimately to the
cDNA cloning and functional characterization of many of
33 diterpene synthase sequences for full-length
cDNA cloning and functional characterization.
34 cDNA cloning and immunoblot analyses suggest that the AU
35 We report here the
cDNA cloning and initial biochemical characterization of
36 We describe here the
cDNA cloning and initial characterization of the IFN-gam
37 ed the expression of four of the isoforms by
cDNA cloning and mass spectrometric analysis of proteins
38 cDNA cloning and Northern blot analyses revealed multipl
39 The results obtained from
cDNA cloning and Northern blot analysis of mRNA isolated
40 cDNA cloning and Northern blot hybridization demonstrate
41 fragments may have arisen in the process of
cDNA cloning and not from splicing abnormalities.
42 cDNA cloning and nucleotide sequencing revealed that the
43 Here we report the
cDNA cloning and primary sequence for the Xenopus homolo
44 ene sequence for this EST was established by
cDNA cloning and RACE procedures.
45 A3) was previously identified in rat lung by
cDNA cloning and recently found to be expressed at a hig
46 receptors derived from the TrkB gene locus,
cDNA cloning and reverse transcription-PCR analysis were
47 cDNA cloning and RNA sequencing (RNA-Seq) were used to i
48 cDNA cloning and RNase protection analysis showed two al
49 PFK) was sequenced by using a combination of
cDNA cloning and RT-PCR amplification.
50 sition of the signal was examined further by
cDNA cloning and sequence analysis of the residual mRNA
51 B), 22 (BCL8C), 2 (BCL8D), and 10 (BCL8E) by
cDNA cloning and sequence analysis.
52 cDNA cloning and sequencing has shown that allurin is a
53 We report the
cDNA cloning and sequencing of IIM, which is only the se
54 cDNA cloning and sequencing, 5'-RACE-PCR analysis, and R
55 erica by fingerprinting assays and selective
cDNA cloning and sequencing.
56 bitor of the 20 S proteasome, was deduced by
cDNA cloning and sequencing.
57 logue of Drosophila TAFII150 through cognate
cDNA cloning and show that it is a tightly associated co
58 Here we present results from
cDNA cloning and studies of its intracellular localizati
59 In this report, we describe the
cDNA cloning and subcellular distribution of MAGI-1, a M
60 active human Alu elements were identified by
cDNA cloning and used for primer extension analysis to c
61 e we report the isolation, characterization,
cDNA cloning,
and antimicrobial activities of a bovine P
62 Here we describe the purification,
cDNA cloning,
and characterization of a 56-kDa tyrosine
63 region were determined using bioinformatics,
cDNA cloning,
and RT-PCR.
64 tides followed by reverse transcription-PCR,
cDNA cloning,
and sequence analysis, we determined the 3
65 proteins, has been recently characterized by
cDNA cloning,
and the corresponding gene, PPL, has been
66 d myosin as determined using immunoblotting,
cDNA cloning,
and/or LC-MS/MS.
67 Current strategies for
cDNA cloning are based on construction of cDNA libraries
68 ated protein of 25 kDa (SNAP-25), deduced by
cDNA cloning,
are 61 and 55% identical, respectively, to
69 cDNA cloning as well as RT-PCR analysis of the LG1 mRNA
70 phodiesterases has recently been isolated by
cDNA cloning,
but a physiological function linked to the
71 dicates the versatility of PRIME display for
cDNA cloning by automated procedures.
72 Furthermore,
cDNA cloning by polymerase chain reaction yielded cDNAs
73 Using
cDNA cloning,
cell culture expression, and activity assa
74 Northern blot analysis and
cDNA cloning demonstrate that there is alternate process
75 es and performing reverse transcription-PCR,
cDNA cloning,
DNA sequencing, and in vitro translation,
76 Previous
cDNA cloning efforts have identified a candidate rat bra
77 rging from large-scale genome sequencing and
cDNA cloning efforts.
78 This work reports
cDNA cloning,
enzymatic characterization, function in a
79 (XVI) collagen chain, recently identified by
cDNA cloning,
exhibits structural similarity to a subgro
80 We performed
cDNA cloning experiments to identify the origin of the 3
81 results of these studies were used to guide
cDNA cloning experiments.
82 we describe the identification, full-length
cDNA cloning,
expression patterns, and precise physical
83 We describe herein the
cDNA cloning,
expression, and characterization of a hemo
84 transcription-polymerase chain reaction and
cDNA cloning/
expression analyses.
85 Northern blot analysis and
cDNA cloning followed by sequencing showed the presence
86 results document the efficacy of subtractive
cDNA cloning for the identification of unique genes expr
87 cDNA cloning from a mouse testis library identified the
88 b genes, Ssxb1 to Ssxb12, were identified by
cDNA cloning from mouse testis and mouse tumors.
89 PRIME display can be used for host-free
cDNA cloning from mRNA or cDNA libraries and for binding
90 I), and salmon GnRH (sGnRH) were isolated by
cDNA cloning from the brain of the Atlantic croaker, Mic
91 cDNA cloning identified a 2733-bp transcript from AT6.1
92 Extensive
cDNA cloning identified long and short forms of Xtrb2, t
93 Peptide sequence analysis and
cDNA cloning indicate that a previously described mouse
94 Sequence information derived from
cDNA cloning indicated that MKK6 is most closely related
95 cDNA cloning is a central technology in molecular biolog
96 Here,
cDNA cloning is used to show that the amino acid sequenc
97 We report homologous
cDNA cloning methods that allow cloning of gene family m
98 We report the full-length
cDNA cloning,
molecular characterization and functional
99 rt here the identification, purification and
cDNA cloning of a corticotropin releasing factor (CRF) b
100 Here, we report the
cDNA cloning of a murine long chain fatty acyl elongase
101 Here, we describe the purification and
cDNA cloning of a novel 40 kDa endonuclease from Jurkat
102 t on the purification, characterization, and
cDNA cloning of a novel UGAT involved in the biosynthesi
103 We report here the purification and
cDNA cloning of Apaf-1, a novel 130 kd protein from HeLa
104 Here we report the
cDNA cloning of CAGR1, originally detected in a retinal
105 We now report the
cDNA cloning of CFEX, a mouse pendrin homolog with expre
106 here on purification, characterization, and
cDNA cloning of cytosolic non-reversible glyceraldehyde-
107 In this study, we report the
cDNA cloning of human and murine FYB and show that it is
108 cDNA cloning of human TASR indicated that mouse and huma
109 We report the
cDNA cloning of human TonE binding protein (TonEBP), a t
110 ng acute rickettsemia was analyzed by use of
cDNA cloning of hybrid-selected msp-2 mRNA.
111 cDNA cloning of p59 revealed a 452 amino acid sequence w
112 We have now carried out
cDNA cloning of rat p45.
113 We have now carried out
cDNA cloning of rat p58, p54, and p45.
114 The
cDNA cloning of rat p62 was reported previously.
115 northern bobwhite myoglobin were deduced by
cDNA cloning of the coding sequence from mRNA.
116 We report herein the
cDNA cloning of the human long-chain fatty acid-CoA liga
117 Subsequent
cDNA cloning of the mouse and human enzyme demonstrated
118 Here, we describe
cDNA cloning of the murine alpha 8 subunit, purification
119 cDNA cloning of the P- preferential sequence revealed a
120 Here we report the
cDNA cloning of two distinct AHRs, designated FhAHR1 and
121 cDNA cloning revealed an open reading frame encoding a p
122 DGD
cDNA cloning revealed extensive protein conservation wit
123 cDNA cloning revealed six SAS1B splice variants, each co
124 cDNA cloning revealed that this enzyme is the hamster eq
125 pe protein of duck hepatitis B virus (DHBV);
cDNA cloning revealed the binding protein to be duck car
126 embryonic stages and in most adult tissues,
cDNA cloning revealed the possibility of at least four s
127 Direct
cDNA cloning showed that mouse DESC1 encodes a multidoma
128 Using
cDNA cloning,
single stranded conformation polymorphism
129 identify the RNA activators, we developed a
cDNA cloning strategy based on stringent affinity of RNA
130 We utilized an expression
cDNA cloning strategy to identify oncogenes activated in
131 A subtractive
cDNA cloning strategy was used to isolate a 1381-base pa
132 Using a subtractive
cDNA cloning strategy, we isolated previously five novel
133 from lens epithelial cells by a subtractive
cDNA cloning strategy.
134 use of a novel functional complementary DNA (
cDNA) cloning strategy.
135 rther 5' than had been previously shown from
cDNA cloning studies, and contains the sequence present
136 this strategy include (i) a highly efficient
cDNA cloning system which negatively selects against non
137 he partial protein sequencing and subsequent
cDNA cloning that glycoprotein 110, the last unidentifie
138 erm C as previously reported, and we show by
cDNA cloning that human sperm also express a highly rela
139 A-1 and TIAR (mTIA-1 and mTIAR) deduced from
cDNA cloning,
the mRNA and protein tissue distribution o
140 In this paper, we utilized genomic and
cDNA cloning to elucidate the sequence of the 5'-region
141 of the antigen was discovered by expression
cDNA cloning using this monoclonal antibody.
142 cDNA cloning,
using a mouse retina library or RT-PCR fro
143 A
cDNA cloning vector which carries a modified invertase g
144 Using bioinformatics and
cDNA cloning,
we found 15 new miRNA genes in C. elegans.
145 mparative genomic DNA sequence analysis, and
cDNA cloning,
we found that the mouse clade B cluster at
146 ption-polymerase chain reaction (RT-PCR) and
cDNA cloning were conducted by conventional procedures.