| 1KWN | A: | 1.2 A STRUCTURE OF THAUMATIN CRYSTALLIZED IN GEL |
| 1LR2 | A: | CRYSTAL STRUCTURE OF THAUMATIN AT HIGH HYDROSTATIC PRESSURE |
| 1LR3 | A: | CRYSTAL STRUCTURE OF THAUMATIN AT HIGH HYDROSTATIC PRESSURE |
| 1LXZ | A: | STRUCTURE OF THAUMATIN CRYSTALLIZED IN THE PRESENCE OF GLYCEROL |
| 1LY0 | A: | STRUCTURE OF THAUMATIN CRYSTALLIZED IN THE PRESENCE OF GLYCEROL |
| 1PP3 | A:; B: | STRUCTURE OF THAUMATIN IN A HEXAGONAL SPACE GROUP |
| 1RQW | A: | THAUMATIN STRUCTURE AT 1.05 A RESOLUTION |
| 1THI | A: | CRYSTAL STRUCTURES OF TWO INTENSELY SWEET PROTEINS |
| 1THU | A: | THE STRUCTURES OF THREE CRYSTAL FORMS OF THE SWEET PROTEIN THAUMATIN |
| 1THV | A: | THE STRUCTURES OF THREE CRYSTAL FORMS OF THE SWEET PROTEIN THAUMATIN |
| 1THW | A: | THE STRUCTURES OF THREE CRYSTAL FORMS OF THE SWEET PROTEIN THAUMATIN |
| 3V7V | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 1.81 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3V82 | A: | THAUMATIN BY LB BASED HANGING DROP VAPOUR DIFFUSION AFTER 1.81 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3V84 | A: | THAUMATIN BY LB BASED HANGING DROP VAPOUR DIFFUSION AFTER 1.81 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3V87 | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 1.81 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3V88 | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 18.1 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3V8A | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 18.1 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3VCE | A: | THAUMATIN BY LB BASED HANGING DROP VAPOUR DIFFUSION AFTER 18.1 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3VCG | A: | THAUMATIN BY LB BASED HANGING DROP VAPOUR DIFFUSION AFTER 18.1 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3VCH | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 9.05 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3VCI | A: | THAUMATIN BY CLASSICAL HANGING DROP VAPOUR DIFFUSION AFTER 9.05 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3VCJ | A: | THAUMATIN BY LB HANGING DROP VAPOUR DIFFUSION AFTER 9.05 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (BEST CASE) |
| 3VCK | A: | THAUMATIN BY LB HANGING DROP VAPOUR DIFFUSION AFTER 9.05 MGY X-RAY DOSE AT ESRF ID29 BEAMLINE (WORST CASE) |
| 3VHF | A: | PLANT THAUMATIN I AT PH 8.0 |
| 3VHG | A: | RECOMBINANT THAUMATIN I AT PH 8.0 |
| 3VJQ | A: | RECOMBINANT THAUMATIN AT PH 8.0 WITH HYDROGEN ATOMS |
| 3ZEJ | A: | THAUMATIN STRUCTURE DETERMINED AT ROOM TEMPERATURE BY IN-SITU DIFFRACTION IN CHIPX |
| 4AXR | A: | CRYSTAL STRUCTURE OF THAUMATIN FROM A AUTO-HARVESTED CRYSTAL |
| 4AXU | A: | CRYSTAL STRUCTURE OF THAUMATIN FROM AN AUTO-HARVESTED CRYSTAL, CONTROL EXPERIMENT |
| 4BAL | A: | THAUMATIN FROM THAUMATOCOCCUS DANIELLII STRUCTURE IN COMPLEX WITH THE EUROPIUM TRIS-HYDROXYMETHYLTRIAZOLEDIPICOLINATE COMPLEX AT 1.30 A RESOLUTION. |
| 4BAR | A: | THAUMATIN FROM THAUMATOCOCCUS DANIELLII STRUCTURE IN COMPLEX WITH THE EUROPIUM TRIS-HYDROXYETHYLTRIAZOLE DIPICOLINATE COMPLEX AT 1.20 A RESOLUTION. |
| 4DC5 | A: | CRYSTAL STRUCTURE OF THAUMATIN UNEXPOSED TO EXCESSIVE SONICC IMAGING LASER DOSE. |
| 4DC6 | A: | CRYSTAL STRUCTURE OF THAUMATIN EXPOSED TO EXCESSIVE SONICC IMAGING LASER DOSE. |
| 4DIY | A: | THAUMATIN I BY CLASSICAL HANGING DROP METHOD AT 1.98A RESOLUTION FOR UNIQUE WATER DISTRIBUTION |
| 4DIZ | A: | THAUMATIN I BY CLASSICAL HANGING DROP METHOD AT 1.98A RESOLUTION FOR UNIQUE WATER DISTRIBUTION |
| 4DJ0 | A: | THAUMATIN I BY LANGMUIR-BLODGETT HANGING DROP METHOD AT 1.98A RESOLUTION FOR UNIQUE WATER DISTRIBUTION |
| 4DJ1 | A: | THAUMATIN I BY LANGMUIR-BLODGETT HANGING DROP METHOD AT 1.98A RESOLUTION FOR UNIQUE WATER DISTRIBUTION |
| 4EK0 | A: | INITIAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 25 K |
| 4EKA | A: | FINAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 25 K |
| 4EKB | A: | INITIAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 100 K |
| 4EKH | A: | FINAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 100 K |
| 4EKO | A: | INITIAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 180 K |
| 4EKT | A: | FINAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 180 K |
| 4EL2 | A: | INITIAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 240 K |
| 4EL3 | A: | FINAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 240 K |
| 4EL7 | A: | INITIAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 300 K |
| 4ELA | A: | FINAL THAUMATIN STRUCTURE FOR RADIATION DAMAGE EXPERIMENT AT 300 K |
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