6 research outputs found

    Somatic sAC activity in brain is lower than activity in testis, but it is not diminished in brains from Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> mice.

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    <p>(A) Adenylyl cyclase activity (in pmol cAMP formed per ml) in mouse IgG or R37 IP from detergent extracts from a single mouse brain or mouse testis from wild type mice. Activity from testis may be under-represented; we did not confirm antibody was in excess. MM is adenylyl cyclase reaction conditions alone (no IP added). Control IgG activity is derived from pooled brain and testis detergent extracts. Values represent averages of duplicate determinations. (B) Adenylyl cyclase activity in R37 IPs from wild type (WT) or Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> (KO) mice. MM is adenylyl cyclase reaction conditions alone (no IP added). Extracts were precleared through mouse IgG prior to immunoprecipitation. Values represent quadruplicate determinations from two wild type and two knockout brains with error bars indicating S.E.M.</p

    RT-PCR of cDNA from testis and brain from wild type (WT) and Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> mice (KO).

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    <p>(A) PCR across exons 15-16. (B) PCR across exons 5-11. (C) PCR for β-actin loading control. (D) PCR for LacZ/Neo. (−) is a no template control. The number in the lower right corner of each panel is the number of cycles used in each experiment.</p

    Schematic organization of (A) previously identified, testicular sAC transcripts and (B) the newly identified somatic sAC transcript.

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    <p>Boxes denote exons. C1 and C2 refer to the two catalytic domains. Red exons contain stop codons. (A) sAC<sub>fl</sub> is encoded by all known coding exons (32), and sAC<sub>t</sub> is generated by skipping exon 12. Yellow exons (2-4) are removed in the Sacy<sup>tm1Lex</sup> allele. Arrows indicate approximate locations of epitopes for the indicated monoclonal antibodies (R40, R21, and R37). (B) Somatic sAC transcripts derive from a unique start site upstream of exon 5 and continue through at least exon 16 to an unknown stop.</p

    PCR from Exons 1 through 5 from WT and knockout mouse tissues.

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    <p>(A) and (C) PCR across exons 1-5. (A) Testis first strand from WT (+/+), Sacy<sup>tm1Lex</sup>/+ heterozygote (+/−), and Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> homozygous knockout (−/−) mice. (C) First strand cDNA from brain (B), heart (H), kidney (K), or liver (Li) from Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> homozygous knockout (−/−) mice; (−) indicates no template control. (B) and (D) β-actin controls. The number in the lower right corner of each panel is the number of cycles used in each experiment.</p

    Sequence of 5′ RACE product defining new mRNA start site from mouse brain.

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    <p>Sequence in bold is the newly defined 5′UTR which corresponds to the region previously assigned to be the intron between Exons 4 and 5.</p

    Somatic sAC isoforms unaffected in Sacy<sup>tm1Lex</sup> locus.

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    <p>Immunoprecipitations (IP) using mAb R37 or IgG control antibody from detergent solubilized whole cell extracts (lysates) of brains (A,B) or kidney (C) from wild type or Sacy<sup>tm1Lex</sup>/Sacy<sup>tm1Lex</sup> mice were subjected to Western analysis using (A,C) biotinylated R21 mAb (R21B) or (B) biotinylated R37 mAb (R37B). White circles denote nonspecific bands detected with streptavidin (no primary antibody) alone. The smear at ∼50 kDa in the R37 IP from brain resolves to at least two bands when less of the IP is loaded for Western blotting (inset).</p
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