The primer sequences used were: Cecropin G (AAEL015515-RA): F: 5'-TCACAAAGTTATTTCTCCTGATCG-3' R: 5'-GCTTTAGCCCCAGCTACAAC-3' Defensin C (AAEL003832-RA): F: 5'-TTGTTTGCTTCGTTGCTCTTT-3' R: 5'-ATCTCCTACACCGAACCCACT-3' S7 (AAEL009496-RA): F: 5'-GGGACAAATCGGCCAGGCTATC-3' R: 5'-TCGTGGACGCTTCTGCTTGTTG-3' Numeric data for the semi-quantitative PCR assays are presented in Table S3.
The mutational status of K-Ras (codon 12,13) was performed using 40 ng of genomic DNA amplified by PCR in 25 μl reaction mix containing 1.25 U Fast Start High Fidelity Taq (Roche), 0.2 m M dNTP, 1.5 m M MgCl2, and 0.2 μm of K-Ras F and K-Ras R I primers (Table 2).
Western blot analyses were done on nitrocellulose membranes hybridized with various antibodies: from Santa Cruz p53 (DO-1, sc-126), p21 (F5, sc-6246), H-Ras (F-235, sc-29), p16 (JC-8, sc-56330), PCNA (FL-261, sc-7907), from Millipore (Upstate) Necdin (07 565) and from Abcam β-actin (AC-15, ab6276).
GH, RA-F, GG, LG participated in drafting the manuscript.
GG and RA-F participated in sequence and phylogenetic analyses, and Mapman analysis of microarray data.
RA-F, GG and GH coordinated the work and participated in analyzing results.
There are at least six isoforms of the leptin receptor (OB-Ra-f), primarily as a consequence of alternate splicing.
Alternate splicing of the db gene generates multiple variants of Ob-R mRNA and at least six receptor isoforms (Ob-Ra-f) have been identified [ 8].
RA-F, ML, JA, MR, OVL, LG, GG, DP, BC, PC and FSp participated in the different experimental approaches used, such as: plant growth, plant transformation, determination of gene expression, plasmid construction, protein cellular localization, microarray hybridization and densitometry.
Kanju, P, Chen, Y, Lee, W, Yeo, M, Lee, SH, Romac, J, Shahid, R, Fan, P, Gooden, DM, Simon, SA, Spasojevic, I, Mook, RA, Liddle, RA, Guilak, F, and Liedtke, WB. "Small molecule dual-inhibitors of TRPV4 and TRPA1 for attenuation of inflammation and pain". Scientific Reports 6 (June 2016): 26894-null.
The velocity components are given by u = ( α m x ) Ra x f ′ and v = ( α m 2 x ) Ra x 1 2 [ y x Ra x 1 2 f ′ − f ]. (8).
