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I-TASSER I-TASSER-MTD C-I-TASSER QUARK C-QUARK LOMETS COACH COFACTOR MetaGO MUSTER CEthreader SEGMER FG-MD ModRefiner REMO DEMO SPRING COTH Threpp BSpred ANGLOR EDock BSP-SLIM SAXSTER FUpred ThreaDom ThreaDomEx EvoDesign CR-I-TASSER GPCR-I-TASSER MAGELLAN BindProf BindProfX SSIPe ResQ IonCom STRUM DAMpred

TM-score TM-align US-align MM-align RNA-align NW-align LS-align EDTSurf MVP MVP-Fit SPICKER HAAD PSSpred 3DRobot MR-REX I-TASSER-MR SVMSEQ NeBcon ResPRE TripletRes WDL-RF ATPbind DockRMSD DeepMSA FASPR EM-Refiner

BioLiP E. coli GLASS GPCR-HGmod GPCR-RD GPCR-EXP Tara-3D TM-fold DECOYS POTENTIAL RW/RWplus EvoEF HPSF THE-DB ADDRESS Alpaca-Antibody CASP7 CASP8 CASP9 CASP10 CASP11 CASP12 CASP13 CASP14


GPCR-RD is a database for experimental restaints of GPCRs. Although no solved X-ray or NMR structure is available for most GPCR sequences, numerous experiments have been performed on GPCRs to identify the critical residues and motifs. Experimental restraints were systematically collected from the literature using an automated text mining algorithm combined with manual validation, with the purpose of assisting GPCR 3-D structure modeling and function annotation. The GPCR-RD data are useful for GPCR 3D structure modeling, such as the GPCR-I-TASSER algorithm. The flow chart below summarizes the procedure for the extraction of experimental data and spatial restraints from literature and other resources.

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11002 entries in GPCR-RD.
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GPCR-RD: GPCR experimental restaint database
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Swiss-Prot ID Experimental Data Swiss-Prot ID Experimental Data Swiss-Prot ID Experimental Data
q86si3_human MSA  [Multi. Seq. Alignment] q86si5_human MSA  [Multi. Seq. Alignment] q86si8_human MSA  [Multi. Seq. Alignment]
q86sj4_human MSA  [Multi. Seq. Alignment] q86ug7_human MSA  [Multi. Seq. Alignment] q86ug8_human MSA  [Multi. Seq. Alignment]
q86ug9_human MSA  [Multi. Seq. Alignment] q86uh0_human MSA  [Multi. Seq. Alignment] q86uk4_human MSA  [Multi. Seq. Alignment]
q86v80_human MSA  [Multi. Seq. Alignment] q86xi5_human MSA  [Multi. Seq. Alignment] q86yf2_human MSA  [Multi. Seq. Alignment]
q86yg3_human MSA  [Multi. Seq. Alignment] q86yg9_human MSA  [Multi. Seq. Alignment] q86yw1_human MSA  [Multi. Seq. Alignment]
q8iv17_human MSA  [Multi. Seq. Alignment] q8iwp3_human MSA  [Multi. Seq. Alignment] q8ixb0_human MSA  [Multi. Seq. Alignment]
q8ixh9_human MSA  [Multi. Seq. Alignment] q8nen2_human MSA  [Multi. Seq. Alignment] q8ngd8_human MSA  [Multi. Seq. Alignment]
q8ngy4_human MSA  [Multi. Seq. Alignment] q8nh77_human MSA  [Multi. Seq. Alignment] q8nh91_human MSA  [Multi. Seq. Alignment]
q8nhc1_human MSA  [Multi. Seq. Alignment] q8ni49_human MSA  [Multi. Seq. Alignment] q8tbk4_human MSA  [Multi. Seq. Alignment]
q8wxz9_human MSA  [Multi. Seq. Alignment] q8wy00_human MSA  [Multi. Seq. Alignment] q8wy01_human MSA  [Multi. Seq. Alignment]
q96ld9_human MSA  [Multi. Seq. Alignment] q96rg8_human MSA  [Multi. Seq. Alignment] q96rh0_human MSA  [Multi. Seq. Alignment]
q96rh1_human MSA  [Multi. Seq. Alignment] q9bx81_human MSA  [Multi. Seq. Alignment] q9bxa0_human MSA  [Multi. Seq. Alignment]
q9byt4_human MSA  [Multi. Seq. Alignment] q9byy6_human MSA  [Multi. Seq. Alignment] q9h2c6_human MSA  [Multi. Seq. Alignment]
q9h2c7_human MSA  [Multi. Seq. Alignment] q9h345_human MSA  [Multi. Seq. Alignment] q9hb45_human MSA  [Multi. Seq. Alignment]
q9nrb8_human MSA  [Multi. Seq. Alignment] q9ubj7_human MSA  [Multi. Seq. Alignment] q9ubt9_human MSA  [Multi. Seq. Alignment]
q9um77_human MSA  [Multi. Seq. Alignment] q9un23_human MSA  [Multi. Seq. Alignment] q9un24_human MSA  [Multi. Seq. Alignment]
q9un25_human MSA  [Multi. Seq. Alignment] q9un26_human MSA  [Multi. Seq. Alignment] q9un27_human MSA  [Multi. Seq. Alignment]
q9un28_human MSA  [Multi. Seq. Alignment] q9uqs0_human MSA  [Multi. Seq. Alignment] qrfpr_human MSA  [Multi. Seq. Alignment]
rgr_human MSA  [Multi. Seq. Alignment] rl3r1_human MSA  [Multi. Seq. Alignment] rl3r2_human MSA  [Multi. Seq. Alignment]
s1pr1_human MSA  [Multi. Seq. Alignment] s1pr2_human MSA  [Multi. Seq. Alignment] s1pr3_human MSA  [Multi. Seq. Alignment]
s1pr4_human MSA  [Multi. Seq. Alignment] s1pr5_human MSA  [Multi. Seq. Alignment] sctr_human MSA  [Multi. Seq. Alignment]
ssr1_human MSA  [Multi. Seq. Alignment] ssr2_human MSA  [Multi. Seq. Alignment] ssr3_human MSA  [Multi. Seq. Alignment]
ssr4_human MSA  [Multi. Seq. Alignment] ssr5_human MSA  [Multi. Seq. Alignment] sucr1_human MSA  [Multi. Seq. Alignment]
t2r10_human MSA  [Multi. Seq. Alignment] t2r13_human MSA  [Multi. Seq. Alignment] t2r14_human MSA  [Multi. Seq. Alignment]
t2r16_human MSA  [Multi. Seq. Alignment] t2r31_human MSA  [Multi. Seq. Alignment] t2r38_human MSA  [Multi. Seq. Alignment]
t2r39_human MSA  [Multi. Seq. Alignment] t2r40_human MSA  [Multi. Seq. Alignment] t2r41_human MSA  [Multi. Seq. Alignment]
t2r42_human MSA  [Multi. Seq. Alignment] t2r43_human MSA  [Multi. Seq. Alignment] t2r45_human MSA  [Multi. Seq. Alignment]
t2r46_human MSA  [Multi. Seq. Alignment] t2r50_human MSA  [Multi. Seq. Alignment] ta2r1_human MSA  [Multi. Seq. Alignment]
ta2r3_human MSA  [Multi. Seq. Alignment] ta2r4_human MSA  [Multi. Seq. Alignment] ta2r5_human MSA  [Multi. Seq. Alignment]
ta2r7_human MSA  [Multi. Seq. Alignment] ta2r8_human MSA  [Multi. Seq. Alignment] ta2r9_human MSA  [Multi. Seq. Alignment]
ta2r_human MSA  [Multi. Seq. Alignment] taar1_human MSA  [Multi. Seq. Alignment] taar2_human MSA  [Multi. Seq. Alignment]


Reference:

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