The PR2 Photocycle Intermediate of Photoactive Yellow Protein
Watching a Signaling Protein Function in Real Time Via 100-Ps Time-Resolved Laue Crystallography.
MEHVAFGSEDIENTLAKMDDGQLDGLAFGAIQLDGDGNILQYNAAEGDITGRDPKQVIGKNFFKDVAPCTDSPEFYGKFK EGVASGNLNTMFEYTFDYQMTPTKVKVHMKKALSGDSYWVFVKRV
2.2 M AMMONIUM SULFATE, 1.0 M SODIUM CHLORIDE, AND 10 MM SODIUM DIDEUTERIUM PHOSPHATE, 10 MM DISODIUM DEUTERIUM PHOSPHATE, PH 9.0, VAPOUR DIFFUSION, HANGING DROP, MICROSEEDING, TEMPERATURE 295 K
CRYSTAL STRUCTURE OF THE P65 CRYSTAL FORM OF PHOTOACTIVEYELLOW PROTEIN
CRYSTAL STRUCTURE OF THE PHOTOACTIVE YELLOW PROTEIN MUTANTT50V
CRYSTAL STRUCTURE OF THE PHOTOACTIVE YELLOW PROTEIN MUTANTY42F
CRYSTAL STRUCTURE OF THE P65 CRYSTAL FORM OF PHOTOACTIVE YELLOW PROTEIN
CRYSTAL STRUCTURE OF THE P65 CRYSTAL FORM OF PHOTOACTIVE YELLOW PROTEIN G51S MUTANT
CRYSTAL STRUCTURE OF THE P65 CRYSTAL FORM OF PHOTOACTIVE YELLOW PROTEIN G47S/G51S MUTANT
CRYSTAL STRUCTURE OF THE PHOTOACTIVE YELLOW PROTEINRECONSTITUTED WITH CAFFEIC ACID AT 1.16 A RESOLUTION
PYP ULTRA-HIGH RESOLUTION STRUCTURE OF A BACTERIALPHOTORECEPTOR
PHOTOACTIVE YELLOW PROTEIN 1-25 DELETION MUTANT
CRYOTRAPPED CRYSTAL STRUCTURE OF THE E46Q MUTANT OFPHOTOACTIVE YELLOW PROTEIN UNDER CONTINUOUS ILLUMINATIONAT 110K
CRYOTRAPPED STATE IN WILD TYPE PHOTOACTIVE YELLOW PROTEIN,INDUCED WITH CONTINUOUS ILLUMINATION AT 110K
E46Q MUTANT OF PHOTOACTIVE YELLOW PROTEIN, P63 AT 295K
WILD TYPE PHOTOACTIVE YELLOW PROTEIN, P63 AT 295K
STRONG HYDROGEN BONDS IN PHOTOACTIVE YELLOW PROTEIN ANDTHEIR ROLE IN ITS PHOTOCYCLE
E46Q MUTANT OF PHOTOACTIVE YELLOW PROTEIN, P65 AT 110K
E46Q MUTANT OF PHOTOACTIVE YELLOW PROTEIN, P65 AT 295K
PHOTOACTIVATED CHROMOPHORE CONFORMATION IN PHOTOACTIVEYELLOW PROTEIN (E46Q MUTANT) FROM 10 MICROSECONDS TO 3MILLISECONDS
PHOTOACTIVATED CHROMOPHORE CONFORMATION IN PHOTOACTIVEYELLOW PROTEIN (E46Q MUTANT) FROM 10 TO 500 NANOSECONDS
STRUCTURE OF A REACTION INTERMEDIATE IN THE PHOTOCYCLE OFPYP EXTRACTED BY A SVD-DRIVEN ANALYSIS
REACTION INTERMEDIATE IN THE PHOTOCYCLE OF PYP, INTERMEDIATE OCCUPIED BETWEEN 100 MICRO-SECONDS TO 5 MILLI-SECONDS
EARLY INTERMEDIATE IE1 FROM TIME-RESOLVED CRYSTALLOGRAPHYOF THE E46Q MUTANT OF PYP
EARLY INTERMEDIATE IE2 FROM TIME-RESOLVED CRYSTALLOGRAPHYOF THE E46Q MUTANT OF PYP
LATE INTERMEDIATE IL1 FROM TIME-RESOLVED CRYSTALLOGRAPHY OFTHE E46Q MUTANT OF PYP
LATE INTERMEDIATE IL2 FROM TIME-RESOLVED CRYSTALLOGRAPHY OFTHE E46Q MUTANT OF PYP
LATE INTERMEDIATE IL3 FROM TIME-RESOLVED CRYSTALLOGRAPHY OFTHE E46Q MUTANT OF PYP
STRUCTURE OF THE PB1 INTERMEDIATE FROM TIME-RESOLVED LAUECRYSTALLOGRAPHY
STRUCTURE OF THE PB2 INTERMEDIATE FROM TIME-RESOLVED LAUECRYSTALLOGRAPHY
STRUCTURE OF THE PR CIS WOBBLE AND PR E46Q INTERMEDIATESFROM TIME-RESOLVED LAUE CRYSTALLOGRAPHY
STRUCTURE OF THE PR CIS PLANAR INTERMEDIATE FROM TIME -RESOLVED LAUE CRYSTALLOGRAPHY
THE INITIAL EVENTS IN THE PHOTOCYCLE OF PHOTOACTIVE YELLOW PROTEIN: A COMMON MECHANISM ON LIGHT ACTIVATION IN PHOTORECEPTOR PROTEINS
INITIAL EVENTS IN THE PHOTOCYCLE OF PHOTOACTIVE YELLOW PROTEIN
NMR STRUCTURE OF THE GROUND STATE OF THE PHOTOACTIVE YELLOWPROTEIN LACKING THE N-TERMINAL PART
STRUCTURE OF THE BLUE SHIFTED INTERMEDIATE STATE OF THEPHOTOACTIVE YELLOW PROTEIN LACKING THE N-TERMINAL PART
WILD TYPE PHOTOACTIVE YELLOW PROTEIN, P65 FORM
R52Q MUTANT OF PHOTOACTIVE YELLOW PROTEIN, P65 FORM
PHOTOACTIVE YELLOW PROTEIN, DARK STATE (UNBLEACHED) 2PHY 3
PHOTOACTIVE YELLOW PROTEIN, PHOTOSTATIONARY STATE, 50% GROUND STATE, 50% BLEACHED
PHOTOACTIVE YELLOW PROTEIN, 1 NANOSECOND INTERMEDIATE (287K)
PHOTOACTIVE YELLOW PROTEIN, DARK STATE (UNBLEACHED), SOLUTION STRUCTURE, NMR, 26 STRUCTURES
PHOTOACTIVE YELLOW PROTEIN, CRYOTRAPPED EARLY LIGHT CYCLEINTERMEDIATE
THE PR0 PHOTOCYCLE INTERMEDIATE OF PHOTOACTIVE YELLOW PROTEIN
THE PR1 PHOTOCYCLE INTERMEDIATE OF PHOTOACTIVE YELLOW PROTEIN
THE PB0 PHOTOCYCLE INTERMEDIATE OF PHOTOACTIVE YELLOW PROTEIN
PHOTORECEPTOR, LIGHT SENSOR, CHROMOPHORE, PHOTORECEPTOR PROTEIN, RECEPTOR, SENSORY TRANSDUCTION, SIGNALING PROTEIN, PAS, LOV