51 rows returned| Torpedo_number | Mutation | Text | Paper |
|---|
| 10 | V12T_human-ACHE | p.V12T Val12Thr (p.V43T Val43Thr in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Thr as in ACHE (Torpedo, Bungar) and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 21 | K23T_human-ACHE | p.K23T Lys23Thr (p.K54T Lys54Thr in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Thr as in human BCHE and drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 40 | M42V_human-ACHE | p.M42V Met42Val (p.M73V Met73Val in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Val as in Torpedo californica Mouse and drosophila AChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 46 | L48R_human-ACHE | p.L48R Leu48Arg (p.L79R Leu79Arg in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Arg as in Torpedo californica and drosophila AChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 58 | V60W_human-ACHE | p.V60W Val60Trp (p.V91W Val91Trp in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Arg as in Torpedo californica AChE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 65 | S67N_human-ACHE | p.S67N Ser67Asn (p.S98N Ser98Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn as in Torpedo californica and mouse AChE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 89 | E91N_human-ACHE | p.E91N Glu91Asn (p.E122N Glu122Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn Glu Conserved in ACHE N in Drosophila AChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 107 | T109K_human-ACHE | p.T109K Thr109Lys (p.T140K Thr140Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in Torpedo ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 108 | S110N_human-ACHE | p.S110N Ser110Asn (p.S141N Ser141Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn as in human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 110 | T112A_human-ACHE | p.T112A Thr112Ala (p.T143A Thr143Ala in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ala as in Torpedo californica AChE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 112 | L115M_human-ACHE | p.L115M Leu115Met (p.L146M Leu146Met in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Met as in Torpedo californica AChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 124 | A127S_human-ACHE | p.A127S Ala127Ser (p.A158S Ala158Ser in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ser as in Torpedo californica and Drosophila AChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 137 | Q140R_human-ACHE | p.Q140R Gln140Arg (p.Q171R Gln171Arg in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Arg as in human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 138 | A141T_human-ACHE | p.A141T Ala141Thr (p.A172T Ala172Thr in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Thr as in Torpedo californica and Bungar ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 141 | T144V_human-ACHE | p.T144V Thr144Val (p.T175V Thr175Val in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Val as in Torpedo californica and Bungar ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 184 | V187I_human-ACHE | p.V187I Val187Ile (p.V218I Val218Ile in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ile as in Torpedo californica mouse Bungar ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 223 | V226I_human-ACHE | p.V226I Val226Ile (p.V257I Val257Ile in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ile as in Torpedo californica Bungar ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 231 | G234A_human-ACHE | p.G234A Gly234Ala (p.G265A Gly265Ala in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ala as in Bungar ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 235 | T238Y_human-ACHE | p.T238Y Thr238Tyr (p.T269Y Thr269Tyr in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. | Goldenzweig_2016_Mol.Cell_63_337 |
| 237 | G240S_human-ACHE | p.G240S Gly240Ser (p.G271S Gly271Ser in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ser as Torpedo californica mouse ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 238 | M241R_human-ACHE | p.M241R Met241Arg (p.M272R Met272Arg in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. | Goldenzweig_2016_Mol.Cell_63_337 |
| 239 | G242E_human-ACHE | p.G242E Gly242Glu (p.G273E Gly273Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 246 | T249L_human-ACHE | p.T249L Thr249Leu (p.T280L Thr280Leu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Leu as in human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 250 | H253K_human-ACHE | p.H253K His253Lys (p.H284K His284Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 268 | T275N_human-ACHE | p.T275N Thr275Asn (p.T306N Thr306Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn as in human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 271 | A278P_human-ACHE | p.A278P Ala278Pro (p.A309P Ala309Pro in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Pro as in Torpedo californica and bungar ACHE human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 273 | V280E_human-ACHE | p.V280E Val280Glu (p.V311E Val311Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Torpedo californica and bungar ACHE human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 302 | S309P_human-ACHE | p.S309P Ser309Pro (p.S340P Ser340Pro in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Pro as in Torpedo californica Drosophila and bungar ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 311 | A318N_human-ACHE | p.A318N Ala318Asn (p.A349N Ala349Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. | Goldenzweig_2016_Mol.Cell_63_337 |
| 315 | H322K_human-ACHE | p.H322K His322Lys (p.H353K His353Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in Torpedo californica Drosophila and bungar ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 318 | Q325D_human-ACHE | p.Q325D Gln325Asp (p.Q356D Gln356Asp in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asp as in Drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 323 | V331N_human-ACHE | p.V331N Val331Asn (p.V362N Val362Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn as in Drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 350 | A357E_human-ACHE | p.A357E Ala357Glu (p.A388E Ala388Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Torpedo californica ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 354 | A361E_human-ACHE | p.A361E Ala361Glu (p.A392E Ala392Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Bunfa ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 371 | V378I_human-ACHE | p.V378I Val378Ile (p.V409I Val409Ile in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ile as in Drosophila ACHE and human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 386 | R393K_human-ACHE | p.R393K Arg393Lys (p.R424K Arg424Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in Torpedo californica and Bungar ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 387 | L394N_human-ACHE | p.L394N Leu394Asn (p.L425N Leu425Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asn as in Torpedo californica Bungar and Drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 389 | E396D_human-ACHE | p.E396D Glu396Asp (p.E427D Glu427Asp in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Asp as in Torpedo californica mouse ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 401 | V408I_human-ACHE | p.V408I Val408Ile (p.V439I Val439Ile in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ile as in Torpedo californica Bunfa ACHE and human BChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 407 | L414F_human-ACHE | p.L414F Leu414Phe (p.L445F Leu445Phe in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Phe as in Torpedo californica Bunfa ACHE and human BChE | Goldenzweig_2016_Mol.Cell_63_337 |
| 409 | G416Q_human-ACHE | p.G416Q Gly416Gln (p.G447Q Gly447Gln in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Gln as in Drosophila ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 411 | L418Y_human-ACHE | p.L418Y Leu418Tyr (p.L449Y Leu449Tyr in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Tyr as in Torpedo californica and Bungar ACHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 414 | Q421N_human-ACHE | p.Q421N Gln421Asn (p.Q452N Gln452Asn in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. | Goldenzweig_2016_Mol.Cell_63_337 |
| 427 | A434S_human-ACHE | p.A434S Ala434Ser (p.A465S Ala465Ser in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Ser as in Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 431 | S438P_human-ACHE | p.S438P Ser438Pro (p.S469P Ser469Pro in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Pro as in Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 434 | L441E_human-ACHE | p.L441E Leu441Glu (p.L472E Leu472Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Torpedo californica AChE and Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 460 | A467K_human-ACHE | p.A467K Ala467Lys (p.A498K Ala498Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 467 | Q474R_human-ACHE | p.Q474R Gln474Arg (p.Q505R Gln505Arg in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Arg as in Torpedo californica Bunfa AChE and in Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 498 | G506D_human-ACHE | p.G506D Gly506Asp (p.G537D Gly537Asp in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. | Goldenzweig_2016_Mol.Cell_63_337 |
| 499 | A507E_human-ACHE | p.A507E Ala507Glu (p.A538E Ala538Glu in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Glu as in Torpedo californica AChE and Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |
| 501 | Q509K_human-ACHE | p.Q509K Gln509Lys (p.Q540K Gln540Lys in primary sequence with 31 amino-acids signal peptide) mutation designed by -Protein Repair One Stop Shop- process for the production of active human acetylcholinesterase in a prokaryotic system. The mutation gives Lys as in Torpedo californica AChE and Human BCHE | Goldenzweig_2016_Mol.Cell_63_337 |