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Showing 1 - 50 of 124 items for (author: muhammad & r)

EMDB-60598:
Structure of CTF18-PCNA with ATP and Mg2+
Method: single particle / : Briola GR, Tehseen M, Al-Amodi A, Nguyen PQ, Savva CG, Hamdan SM, De Biasio A

PDB-9iin:
Structure of CTF18-PCNA with ATP and Mg2+
Method: single particle / : Briola GR, Tehseen M, Al-Amodi A, Nguyen PQ, Savva CG, Hamdan SM, De Biasio A

EMDB-60534:
Structure of CTF18-PCNA with ATP
Method: single particle / : Briola GR, Tehseen M, Al-Amodi A, Nguyen PQ, Savva CG, Hamdan SM, De Biasio A

PDB-8zwo:
Structure of CTF18-PCNA with ATP
Method: single particle / : Briola GR, Tehseen M, Al-Amodi A, Nguyen PQ, Savva CG, Hamdan SM, De Biasio A

EMDB-53281:
Single particle cryo-EM structure of the multidrug efflux pump MdtF from Escherichia coli
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

EMDB-53282:
Single particle cryo-EM structure of MdtF V610F
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

EMDB-53283:
Single particle cryo-EM structure of MdtF V610F with bound Rhodamine 6G
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

PDB-9qpr:
Single particle cryo-EM structure of the multidrug efflux pump MdtF from Escherichia coli
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

PDB-9qps:
Single particle cryo-EM structure of MdtF V610F
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

PDB-9qpt:
Single particle cryo-EM structure of MdtF V610F with bound Rhodamine 6G
Method: single particle / : Lawrence R, Adams C, Sousa JS, Ahdash Z, Reading E

EMDB-47167:
Cryo-EM structure of phosphoglucomutase from Thermococcus kodakarensis
Method: single particle / : Naz Z, Rathore I, Saleem M, Rahman M, Rashid N, Wlodawer A

PDB-9du5:
Cryo-EM structure of phosphoglucomutase from Thermococcus kodakarensis
Method: single particle / : Naz Z, Rathore I, Saleem M, Rahman M, Rashid N, Wlodawer A

EMDB-52781:
Structure of beta-lactoglobulin fibril
Method: helical / : Sternke-Hoffmann R, Rhyner D, Qureshi B, Riek R, Greenwald J, Luo J

PDB-9iah:
Structure of beta-lactoglobulin fibril
Method: helical / : Sternke-Hoffmann R, Rhyner D, Qureshi B, Riek R, Greenwald J, Luo J

EMDB-50002:
SV40 large T antigen assembly with DNA in presence of ADP
Method: single particle / : Shahid T

EMDB-50010:
SV40 LTAg assembly with DNA in presence of AMPPNP and Mg2+.
Method: single particle / : Shahid T, De Biasio A, Clark A, Savva CG

EMDB-50036:
SV40 LTAg assembly in presence of ATP.
Method: single particle / : Shahid T

EMDB-50179:
Active SV40 LTAg complex with DNA (3D variability component_000, frame_010).
Method: single particle / : Shahid T

EMDB-50180:
Active SV40 LTAg complex with DNA (3D variability component_001, frame_010).
Method: single particle / : Shahid T

EMDB-50190:
Active SV40 LTAg complex with DNA (3D variability component_000, frame_005).
Method: single particle / : Shahid T

EMDB-50244:
Active SV40 LTAg complex with DNA (3D variability component_002, frame_015).
Method: single particle / : Shahid T

EMDB-50245:
Active SV40 LTAg complex with DNA (3D variability component_000, frame_015).
Method: single particle / : Shahid T

EMDB-50246:
Active SV40 LTAg complex with DNA (3D variability component_000, frame_019).
Method: single particle / : Shahid T

EMDB-50250:
Active SV40 LTAg complex with DNA (3D variability component_000, frame_000).
Method: single particle / : Shahid T

EMDB-50256:
Active SV40 LTAg complex with DNA (3D variability component_001, frame_005).
Method: single particle / : Shahid T

EMDB-50257:
Active SV40 LTAg complex with DNA (3D variability component_001, frame_015).
Method: single particle / : Shahid T

EMDB-50261:
Active SV40 LTAg complex with DNA (3D variability component_001, frame_019).
Method: single particle / : Shahid T

EMDB-50262:
Active SV40 LTAg complex with DNA (3D variability component_001, frame_000).
Method: single particle / : Shahid T

EMDB-50264:
Active SV40 LTAg complex with DNA (3D variability component_002, frame_010).
Method: single particle / : Shahid T

EMDB-50265:
Active SV40 LTAg complex with DNA (3D variability component_002, frame_005).
Method: single particle / : Shahid T

EMDB-50286:
Active SV40 LTAg complex with DNA (3D variability component_002, frame_019).
Method: single particle / : Shahid T

EMDB-50287:
SV40 large T antigen assembly with DNA in presence of ATP.
Method: single particle / : Shahid T, De Biasio A

EMDB-50288:
Active SV40 LTAg complex with DNA (3D variability component_002, frame_000).
Method: single particle / : Shahid T

EMDB-50289:
SV40 large T antigen assembly with DNA in presence of ATP.
Method: single particle / : Shahid T, De Biasio A

EMDB-50290:
Active SV40 LTAg complex with DNA (Consensus reconstruction).
Method: single particle / : Shahid T

EMDB-52108:
SV40 LTAg complex with ADP and DNA (3D variability component_000, frame_000).
Method: single particle / : Shahid T

EMDB-52109:
SV40 LTAg complex with ADP and DNA (3D variability component_000, frame_019).
Method: single particle / : Shahid T

EMDB-52110:
SV40 LTAg complex with ADP and DNA (3D variability component_001, frame_000).
Method: single particle / : Shahid T

EMDB-52111:
SV40 LTAg complex with ADP and DNA (3D variability component_001, frame_019).
Method: single particle / : Shahid T

EMDB-52112:
SV40 LTAg complex with ADP and DNA (3D variability component_002, frame_000).
Method: single particle / : Shahid T

EMDB-52113:
SV40 LTAg complex with ADP and DNA (3D variability component_002, frame_019).
Method: single particle / : Shahid T

EMDB-52176:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_000, frame_019).
Method: single particle / : Shahid T, De Biasio A

EMDB-52180:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_000, frame_000).
Method: single particle / : Shahid T, De Biasio A

EMDB-52181:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_001, frame_019).
Method: single particle / : Shahid T, De Biasio A

EMDB-52182:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_001, frame_000).
Method: single particle / : Shahid T, De Biasio A

EMDB-52183:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_002, frame_000).
Method: single particle / : Shahid T, De Biasio A

EMDB-52184:
SV40 large T antigen assembly with DNA in presence of ATP (3D variability component_002, frame_019).
Method: single particle / : Shahid T, De Biasio A

EMDB-62206:
CryoEM structure of LTag bound to SV40 EP half origin DNA
Method: single particle / : Danazumi AU, Shahid T, Tehseen M, Alhudhali L, Clark A, Savva CG, Hamdan SM, De Biasio A

EMDB-62209:
CryoEM structure of LTag bound to SV40 AT half origin DNA
Method: single particle / : Danazumi AU, Shahid T, Tehseen M, Alhudhali L, Clark A, Savva CG, Hamdan SM, De Biasio A

EMDB-62502:
CryoEM structure of SV40 LTag bound to SV40 origin DNA
Method: single particle / : Danazumi AU, Shahid T, Tehseen M, Alhudhali L, Clark A, Savva CG, Hamdan SM, De Biasio A

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

Related info.:EMDB header

External links:wwPDB to switch to version 3 of the EMDB data model

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • EM Navigator can help to find cryo-EM structure data by both pioneers.

External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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Related info.:Covid-19 info / Mar 5, 2020. Novel coronavirus structure data

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