3J32
An asymmetric unit map from electron cryo-microscopy of haliotis diversicolor molluscan hemocyanin isoform 1 (hdh1)
PDB DOI: 10.2210/pdb3j32/pdb
Classification: OXYGEN TRANSPORT Organism(s): Haliotis Diversicolor
Deposited: 2013-02-20 Deposition Author(s): Chen, D.-H. , Chiu, W. , Cong, Y. , Dai, X. , Dougherty, M. , Ludtke, S. , Schmid, M.F. , Wang, J. , Zhang, J. , Zhang, Q.
Experimental Data Snapshot
Method: ELECTRON MICROSCOPY Resolution: 4.5 Å
An asymmetric unit map from electron cryo-microscopy of haliotis diversicolor molluscan hemocyanin isoform 1 (hdh1)
Chen, D.-H. , Chiu, W. , Cong, Y. , Dai, X. , Dougherty, M. , Ludtke, S. , Schmid, M.F. , Wang, J. , Zhang, J. , Zhang, Q.
Primary Citation of Related Structures: 3J32
| Proteins | ||||
|---|---|---|---|---|
| Molecule | Chains | Sequence Length | Organism | Sequence |
| Hemocyanin isoform 1 | A | 3303 | Haliotis Diversicolor | DNVVRKDVSHLTVDEVQALHGALHDVTASTGPLSFEDITSYHAAPASCDYKGRKIACCVHGMPSFPFWHRAYVVQAERALLSQRKTVGMPYWDWTETLTQLPALVTEPIFIDSLGGKTQPNYWHRGEIAFANKATARAVDDRLFEKVETGHYTKLMESVLDALERDEFCKFEIQFELAHNAIHYLVGGKYEYSMSNLDYTAYDPIFFLHHSNVDRIFAIWQRLQELRGKNPKAIDCAHELARQELEPFNRDTNPVPITKQHSRPVDLFDYHQLGYSYDSLNLNGMTPEELKIKLDERHSKERAFASFRLKGFGGSANVVVYACLPDSDPRSDDHCEKAGDFFVLGGSTEAPWVFYRPYFFDVTKAVQRLGVALSGHYYVKTELFSVNGTSLSPDILPQPTVAYRPGKGHIDPPVHHRQNEDYIVRKNIDHLTRSETYELRKAMERFQADTSVDGFQATVEYHGLPARCPEPDAKVRFACCMHGMASFPHWHRLFVTQVEDALVRRGPPIGVPYWDWTKPMTHLPDLAASEDYVDPNGHTRHNPFFNANISFEEEHHHTSRSIDARLFAPAAYGDHTALFDGILYAFEQEDFCDFEIQFELVHNSIHAWIGGSEDYSMSTLHYAAFDPIFYLHHSNVDRLWAIWQALQIRRQKPYRAHCAQSIEQLPMKPFAFPSPLNNNEKTHSNSVPTDIYDYEETLHYSYDDLTFGGMNLDEIEETIHHRQQHERVFAGSLFGGIGKSALVNIFINKPGSSPHKAGDIAILGGTKEMPWAFDRLYKVEITDALKALALDVDGDYEVTFDIHDMHGNKLSSDLIPHPAVISEPAHPSFEDVTTSLRIRKNVDYLTPEETNDLRHALDLLEKDPSAGGFDQLGAFHGEPKWCPNPEAEHKVACCVHGMAVFPHWHRLLALQAENALRRHGYSGAFPYWDWTHPISKLPDLVTPETYTDPSDNQDKHNPWYNGHIETVDQDTTRNVRGDLYQQPEFGHSTDIAPQVLLALEQDDFCSFEVQYEISHNFIHALVGGTTPYGMASLRYTAYDPIFFLHHSNTDRIWAIWQALQKYRGKPYNTANCAIASMRKPLQPFGLSSDVNPDIITREHAIPFDVFNYRGNFHYKYDTLEFNGLSISQLNRELDKIKSHDRVFAGFLLSGIKKSVLVKFNVCAPPHDCHPAGEFYLLGDENEMAWAYDRVFKYDTTNVLDENNLHFYDHIFITYEVFDLHGTSLGTDIFHKANVIHDSGTGSREHDRYVEEVTGASHIRKNLNDLNLGEMESLRAAFLHIQNDGTYESIAQYHGKPGKCELNHRSIACCVRGMPTFPQWHRLYVAQVENALLKMGSSVAVPYWEWTAPIDHLPGLIDDATYFNSRQQRYDPNPFFRGKISFENAVTTRDPQEELFNSEYMQNNVLLALEQDNYCDFEIQFELVHNALHSLLGGKGQYSMSSLDYSAFDPVFFLHHANTDRLWAIWQELQRYRGLPYEEANCAINLMHQPLMPFSDPNENHGNVTLKHSKPQDCFDYRNNFGYKYDNLEFHHLSIPSLDATLKARKEHDRVFAGFLLHNIGTSADISIYICLPDGSGGNDCSHKAGTFYVLGGETEMPFVFDRLYKFEITEALHKLGVKLHGGLFDLELDIVAYNGSHLDSHIFDPTIIFEPGIDTHVLDHDNTEEILVRKNIIDLSPRERVSLVKALKGMQNDRSADGYQAIASFHALPPLCPNPSAANRFACCVHGMATFPQWHRLYTVQFQDALRRHGSLVGIPYWDWTKPVSELPKLLSAETFHDPIHNVNVSNPFFKADIEFEGDGVHTERDIQPDFLFHSGDHEGYHNWFFETVLLALEQEDYCDFEIQFEIAHNGIHTWIGGSAKYGMGHLHYASYDPIFYIRHSQTDRIWAIWQELQKYRGLSGSEANCAIELMRTPLKPFSFGAPYNLNSHTQEFSKPEDTFDYKKFGYRYDNLELEGRSVAHIDELIKERQEHDGTFAGFLLKGFGTSATVTLKICRDDYTCENAGYFTVLGGSAEMPWAFDRLYKYDITKTLDHMNLRHEDTFYINGTVTAYDGTVLPGDLIPPASIIFVPGRHNLNSRKHTPNKIRHELTSLSSRDVASLKAALTSLQKDDGPNGYQAIAAFHGLPAQCHDTSGHQIACCIHGMATFPHWHRLYTLQLEWALAKHGSSVAVPYWDWTRPITELPHILTDGEYYDFWQDAVMPNPFSRGHVKFENTFTVRNVRKALFKLSPIGKHSVLFDQALLALEQTDYCDFEVQFEVMHNTIHYLIGGRQTYAFSSLHYASYDPIFFIHHSFVDKIWAIWEELQSRRHLQFNGADCAVSLMSKAMRPFNKDFNHNPFTKKHAVPNTLFDYEDLGYNYDNLEISGLNLKEIEALIAKRKSHARVFAGFLLFGIGTSADIHLDICKTSDGCHHAGVLFILGGSAEMHWAYNRLYKYDITEALHEFGINPEDVFHADEAFFLKVSVVAVDGTVLPPSLLHEPTILYEPGVGHHEDHESGSLAGSGVRKDVNTLTTAETENLRKALRGVKEDHGYNGFQAIAAFHGKPAMCPMADGHNLSCCTHGMATFPHWHRLYTKQMEGALKAHGSHVGLPYWDWTAAFSHLPTLVTDNDNNPFHDGTIEYLNVTTTRSPRDLLFNDPEHGSESFFYRQVLFALEQTDFCKLEVQFEITHNAIHSWTGGHSPYGMSTLDFTAYDPLFWLHHSNTDRIWAIWQALQKYRGLPYNHANCEIQAMKTPLRPFSDNINHNPVTKANSRPVDVFEYNRLRYQYDNLVFHGHTIPELDHMLEERKKHDRIFAAFLLSGIKKSADVVFEICEPNHECVFAGTFAILGGELEMPWSFDRLFRYDITKVMQQQHLRHDSDFSFKVKVVGTDDIELPPGILKEPTIEFEPALGDGLKHEDEGHDDRLSHVLIRKEVDLLSLKEANAIKDALYKLQNDHSKGGFEEIAGYHGYPNKCPEKGDDKYPCCVHGMPIFPHWRRLHTIQMERALKNHGSQIGIPYWNWTKRMSSIPAFFGDDSNNNPFYKYHIRAVNQYTTRDVDVELFNQTKFGEYDYLYYSTLQVLEENSFCGFEVQYEILHSAVHAWLGGAGKYSMSTLEYSAYDPVFMIHHSSLDRIWILWQQLQKRRMKLYYAADCAGDLMKFPMHPFSYKSENEDEFTRVNSVPNIVFDHYKFNYDYDNMRIRGHDINELEAIINELRNKDRIFAGFVLSGIRITATVKVFIHGTGATDHEEFAGKFAILGGEKEMPWAYERLLKLDITDAVHHLHLKDEEIRFRMEVTAYNGVPVSTKLADPLIAHRPA |
| Hemocyanin isoform 1 | B | 3303 | Haliotis Diversicolor | DNVVRKDVSHLTVDEVQALHGALHDVTASTGPLSFEDITSYHAAPASCDYKGRKIACCVHGMPSFPFWHRAYVVQAERALLSQRKTVGMPYWDWTETLTQLPALVTEPIFIDSLGGKTQPNYWHRGEIAFANKATARAVDDRLFEKVETGHYTKLMESVLDALERDEFCKFEIQFELAHNAIHYLVGGKYEYSMSNLDYTAYDPIFFLHHSNVDRIFAIWQRLQELRGKNPKAIDCAHELARQELEPFNRDTNPVPITKQHSRPVDLFDYHQLGYSYDSLNLNGMTPEELKIKLDERHSKERAFASFRLKGFGGSANVVVYACLPDSDPRSDDHCEKAGDFFVLGGSTEAPWVFYRPYFFDVTKAVQRLGVALSGHYYVKTELFSVNGTSLSPDILPQPTVAYRPGKGHIDPPVHHRQNEDYIVRKNIDHLTRSETYELRKAMERFQADTSVDGFQATVEYHGLPARCPEPDAKVRFACCMHGMASFPHWHRLFVTQVEDALVRRGPPIGVPYWDWTKPMTHLPDLAASEDYVDPNGHTRHNPFFNANISFEEEHHHTSRSIDARLFAPAAYGDHTALFDGILYAFEQEDFCDFEIQFELVHNSIHAWIGGSEDYSMSTLHYAAFDPIFYLHHSNVDRLWAIWQALQIRRQKPYRAHCAQSIEQLPMKPFAFPSPLNNNEKTHSNSVPTDIYDYEETLHYSYDDLTFGGMNLDEIEETIHHRQQHERVFAGSLFGGIGKSALVNIFINKPGSSPHKAGDIAILGGTKEMPWAFDRLYKVEITDALKALALDVDGDYEVTFDIHDMHGNKLSSDLIPHPAVISEPAHPSFEDVTTSLRIRKNVDYLTPEETNDLRHALDLLEKDPSAGGFDQLGAFHGEPKWCPNPEAEHKVACCVHGMAVFPHWHRLLALQAENALRRHGYSGAFPYWDWTHPISKLPDLVTPETYTDPSDNQDKHNPWYNGHIETVDQDTTRNVRGDLYQQPEFGHSTDIAPQVLLALEQDDFCSFEVQYEISHNFIHALVGGTTPYGMASLRYTAYDPIFFLHHSNTDRIWAIWQALQKYRGKPYNTANCAIASMRKPLQPFGLSSDVNPDIITREHAIPFDVFNYRGNFHYKYDTLEFNGLSISQLNRELDKIKSHDRVFAGFLLSGIKKSVLVKFNVCAPPHDCHPAGEFYLLGDENEMAWAYDRVFKYDTTNVLDENNLHFYDHIFITYEVFDLHGTSLGTDIFHKANVIHDSGTGSREHDRYVEEVTGASHIRKNLNDLNLGEMESLRAAFLHIQNDGTYESIAQYHGKPGKCELNHRSIACCVRGMPTFPQWHRLYVAQVENALLKMGSSVAVPYWEWTAPIDHLPGLIDDATYFNSRQQRYDPNPFFRGKISFENAVTTRDPQEELFNSEYMQNNVLLALEQDNYCDFEIQFELVHNALHSLLGGKGQYSMSSLDYSAFDPVFFLHHANTDRLWAIWQELQRYRGLPYEEANCAINLMHQPLMPFSDPNENHGNVTLKHSKPQDCFDYRNNFGYKYDNLEFHHLSIPSLDATLKARKEHDRVFAGFLLHNIGTSADISIYICLPDGSGGNDCSHKAGTFYVLGGETEMPFVFDRLYKFEITEALHKLGVKLHGGLFDLELDIVAYNGSHLDSHIFDPTIIFEPGIDTHVLDHDNTEEILVRKNIIDLSPRERVSLVKALKGMQNDRSADGYQAIASFHALPPLCPNPSAANRFACCVHGMATFPQWHRLYTVQFQDALRRHGSLVGIPYWDWTKPVSELPKLLSAETFHDPIHNVNVSNPFFKADIEFEGDGVHTERDIQPDFLFHSGDHEGYHNWFFETVLLALEQEDYCDFEIQFEIAHNGIHTWIGGSAKYGMGHLHYASYDPIFYIRHSQTDRIWAIWQELQKYRGLSGSEANCAIELMRTPLKPFSFGAPYNLNSHTQEFSKPEDTFDYKKFGYRYDNLELEGRSVAHIDELIKERQEHDGTFAGFLLKGFGTSATVTLKICRDDYTCENAGYFTVLGGSAEMPWAFDRLYKYDITKTLDHMNLRHEDTFYINGTVTAYDGTVLPGDLIPPASIIFVPGRHNLNSRKHTPNKIRHELTSLSSRDVASLKAALTSLQKDDGPNGYQAIAAFHGLPAQCHDTSGHQIACCIHGMATFPHWHRLYTLQLEWALAKHGSSVAVPYWDWTRPITELPHILTDGEYYDFWQDAVMPNPFSRGHVKFENTFTVRNVRKALFKLSPIGKHSVLFDQALLALEQTDYCDFEVQFEVMHNTIHYLIGGRQTYAFSSLHYASYDPIFFIHHSFVDKIWAIWEELQSRRHLQFNGADCAVSLMSKAMRPFNKDFNHNPFTKKHAVPNTLFDYEDLGYNYDNLEISGLNLKEIEALIAKRKSHARVFAGFLLFGIGTSADIHLDICKTSDGCHHAGVLFILGGSAEMHWAYNRLYKYDITEALHEFGINPEDVFHADEAFFLKVSVVAVDGTVLPPSLLHEPTILYEPGVGHHEDHESGSLAGSGVRKDVNTLTTAETENLRKALRGVKEDHGYNGFQAIAAFHGKPAMCPMADGHNLSCCTHGMATFPHWHRLYTKQMEGALKAHGSHVGLPYWDWTAAFSHLPTLVTDNDNNPFHDGTIEYLNVTTTRSPRDLLFNDPEHGSESFFYRQVLFALEQTDFCKLEVQFEITHNAIHSWTGGHSPYGMSTLDFTAYDPLFWLHHSNTDRIWAIWQALQKYRGLPYNHANCEIQAMKTPLRPFSDNINHNPVTKANSRPVDVFEYNRLRYQYDNLVFHGHTIPELDHMLEERKKHDRIFAAFLLSGIKKSADVVFEICEPNHECVFAGTFAILGGELEMPWSFDRLFRYDITKVMQQQHLRHDSDFSFKVKVVGTDDIELPPGILKEPTIEFEPALGDGLKHEDEGHDDRLSHVLIRKEVDLLSLKEANAIKDALYKLQNDHSKGGFEEIAGYHGYPNKCPEKGDDKYPCCVHGMPIFPHWRRLHTIQMERALKNHGSQIGIPYWNWTKRMSSIPAFFGDDSNNNPFYKYHIRAVNQYTTRDVDVELFNQTKFGEYDYLYYSTLQVLEENSFCGFEVQYEILHSAVHAWLGGAGKYSMSTLEYSAYDPVFMIHHSSLDRIWILWQQLQKRRMKLYYAADCAGDLMKFPMHPFSYKSENEDEFTRVNSVPNIVFDHYKFNYDYDNMRIRGHDINELEAIINELRNKDRIFAGFVLSGIRITATVKVFIHGTGATDHEEFAGKFAILGGEKEMPWAYERLLKLDITDAVHHLHLKDEEIRFRMEVTAYNGVPVSTKLADPLIAHRPA |
Experimental Data
Method: ELECTRON MICROSCOPY
Deposited Date: 2013-02-20 Deposition Author(s): Chen, D.-H. , Chiu, W. , Cong, Y. , Dai, X. , Dougherty, M. , Ludtke, S. , Schmid, M.F. , Wang, J. , Zhang, J. , Zhang, Q.