LCS >= 16
Nodes: 32, Links: 130
LCS >= 16; Min: 16, Max: 61 (LCS scaled)
1. 30 1958 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 44 (2): 98-104
KOSHLAND DE
APPLICATION OF A THEORY OF ENZYME SPECIFICITY TO PROTEIN SYNTHESIS
LCR: 3 NCR: 27 LCS: 16 GCS: 629
2. 78 1966 BIOCHEMISTRY 5 (1): 365-&
KOSHLAND DE; NEMETHY G; FILMER D
COMPARISON OF EXPERIMENTAL BINDING DATA AND THEORETICAL MODELS IN PROTEINS CONTAINING SUBUNITS
LCR: 2 NCR: 24 LCS: 38 GCS: 1680
3. 147 1972 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 69 (9): 2509-&
MACNAB RM; KOSHLAND DE
GRADIENT-SENSING MECHANISM IN BACTERIAL CHEMOTAXIS
LCR: 0 NCR: 14 LCS: 61 GCS: 475
4. 154 1973 SCIENCE 181 (4094): 60-63
TSANG N; MACNAB R; KOSHLAND DE
COMMON MECHANISM FOR REPELLENTS AND ATTRACTANTS IN BACTERIAL CHEMOTAXIS
LCR: 2 NCR: 17 LCS: 28 GCS: 149
5. 159 1974 BIOCHEMISTRY 13 (22): 4473-4478
AKSAMIT RR; KOSHLAND DE
IDENTIFICATION OF RIBOSE BINDING-PROTEIN AS RECEPTOR FOR RIBOSE CHEMOTAXIS IN SALMONELLA-TYPHIMURIUM
LCR: 1 NCR: 29 LCS: 19 GCS: 83
6. 180 1975 JOURNAL OF MOLECULAR BIOLOGY 97 (2): 225-&
ASWAD D; KOSHLAND DE
ISOLATION, CHARACTERIZATION AND COMPLEMENTATION OF SOLMONELLA-TYPHIMURIUM CHEMOTAXIS MUTANTS
LCR: 1 NCR: 23 LCS: 19 GCS: 93
7. 181 1975 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (2): 710-713
SPUDICH JL; KOSHLAND DE
QUANTITATION OF SENSORY RESPONSE IN BACTERIAL CHEMOTAXIS
LCR: 3 NCR: 22 LCS: 31 GCS: 158
8. 190 1976 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 73 (3): 762-766
STRANGE PG; KOSHLAND DE
RECEPTOR INTERACTIONS IN A SIGNALING SYSTEM - COMPETITION BETWEEN RIBOSE RECEPTOR AND GALACTOSE RECEPTOR IN CHEMOTAXIS RESPONSE
LCR: 4 NCR: 31 LCS: 18 GCS: 93
9. 199 1977 JOURNAL OF BACTERIOLOGY 130 (1): 223-231
WARRICK HM; TAYLOR BL; KOSHLAND DE
CHEMOTACTIC MECHANISM OF SALMONELLA-TYPHIMURIUM - PRELIMINARY MAPPING AND CHARACTERIZATION OF MUTANTS
LCR: 4 NCR: 26 LCS: 18 GCS: 56
10. 201 1977 JOURNAL OF BIOLOGICAL CHEMISTRY 252 (8): 2793-2795
VANDERWERF P; KOSHLAND DE
IDENTIFICATION OF A GAMMA-GLUTAMYL METHYL-ESTER IN BACTERIAL-MEMBRANE PROTEIN INVOLVED IN CHEMOTAXIS
LCR: 1 NCR: 22 LCS: 20 GCS: 132
11. 204 1977 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 74 (2): 533-537
SPRINGER WR; KOSHLAND DE
IDENTIFICATION OF A PROTEIN METHYLTRANSFERASE AS CHER GENE PRODUCT IN BACTERIAL SENSING SYSTEM
LCR: 2 NCR: 25 LCS: 46 GCS: 267
12. 207 1977 SCIENCE 196 (4294): 1055-1063
KOSHLAND DE
RESPONSE REGULATOR MODEL IN A SIMPLE SENSORY SYSTEM
LCR: 13 NCR: 70 LCS: 28 GCS: 119
13. 217 1978 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 75 (8): 3659-3663
STOCK JB; KOSHLAND DE
PROTEIN METHYLESTERASE INVOLVED IN BACTERIAL SENSING
LCR: 5 NCR: 36 LCS: 40 GCS: 230
14. 228 1979 JOURNAL OF BIOLOGICAL CHEMISTRY 254 (19): 9695-9702
CLARKE S; KOSHLAND DE
MEMBRANE-RECEPTORS FOR ASPARTATE AND SERINE IN BACTERIAL CHEMOTAXIS
LCR: 5 NCR: 26 LCS: 38 GCS: 156
15. 241 1980 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA-BIOLOGICAL SCIENCES 77 (5): 2429-2433
DEFRANCO AL; KOSHLAND DE
MULTIPLE METHYLATION IN PROCESSING OF SENSORY SIGNALS DURING BACTERIAL CHEMOTAXIS
LCR: 6 NCR: 39 LCS: 18 GCS: 90
16. 242 1980 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA-BIOLOGICAL SCIENCES 77 (12): 7157-7161
WANG EA; KOSHLAND DE
RECEPTOR STRUCTURE IN THE BACTERIAL SENSING SYSTEM
LCR: 8 NCR: 36 LCS: 33 GCS: 124
17. 244 1981 ANNUAL REVIEW OF BIOCHEMISTRY 50: 765-782
KOSHLAND DE
BIOCHEMISTRY OF SENSING AND ADAPTATION IN A SIMPLE BACTERIAL SYSTEM
LCR: 21 NCR: 90 LCS: 27 GCS: 194
18. 260 1982 SCIENCE 217 (4556): 220-225
KOSHLAND DE; GOLDBETER A; STOCK JB
AMPLIFICATION AND ADAPTATION IN REGULATORY AND SENSORY SYSTEMS
LCR: 7 NCR: 51 LCS: 21 GCS: 193
19. 269 1983 JOURNAL OF BIOLOGICAL CHEMISTRY 258 (16): 9608-9611
TERWILLIGER TC; BOGONEZ E; WANG EA; KOSHLAND DE
SITES OF METHYL ESTERIFICATION ON THE ASPARTATE RECEPTOR INVOLVED IN BACTERIAL CHEMOTAXIS
LCR: 7 NCR: 26 LCS: 16 GCS: 44
20. 270 1983 NATURE 305 (5932): 286-290
LAPORTE DC; KOSHLAND DE
PHOSPHORYLATION OF ISOCITRATE DEHYDROGENASE AS A DEMONSTRATION OF ENHANCED SENSITIVITY IN COVALENT REGULATION
LCR: 4 NCR: 22 LCS: 20 GCS: 123
21. 272 1983 SCIENCE 220 (4601): 1016-1020
RUSSO AF; KOSHLAND DE
SEPARATION OF SIGNAL TRANSDUCTION AND ADAPTATION FUNCTIONS OF THE ASPARTATE RECEPTOR IN BACTERIAL SENSING
LCR: 11 NCR: 47 LCS: 50 GCS: 193
22. 275 1984 ANALYTICAL BIOCHEMISTRY 141 (1): 143-148
CHELSKY D; GUTTERSON NI; KOSHLAND DE
A DIFFUSION ASSAY FOR DETECTION AND QUANTITATION OF METHYL-ESTERIFIED PROTEINS ON POLYACRYLAMIDE GELS
LCR: 2 NCR: 17 LCS: 16 GCS: 64
23. 277 1984 JOURNAL OF BIOLOGICAL CHEMISTRY 259 (12): 7719-7725
TERWILLIGER TC; KOSHLAND DE
SITES OF METHYL ESTERIFICATION AND DEAMINATION ON THE ASPARTATE RECEPTOR INVOLVED IN CHEMOTAXIS
LCR: 10 NCR: 32 LCS: 19 GCS: 78
24. 292 1985 JOURNAL OF BIOLOGICAL CHEMISTRY 260 (21): 1706-1710
FOSTER DL; MOWBRAY SL; JAP BK; KOSHLAND DE
PURIFICATION AND CHARACTERIZATION OF THE ASPARTATE CHEMORECEPTOR
LCR: 9 NCR: 29 LCS: 21 GCS: 57
25. 293 1985 JOURNAL OF BIOLOGICAL CHEMISTRY 260 (21): 1711-1718
MOWBRAY SL; FOSTER DL; KOSHLAND DE
PROTEOLYTIC FRAGMENTS IDENTIFIED WITH DOMAINS OF THE ASPARTATE CHEMORECEPTOR
LCR: 8 NCR: 31 LCS: 19 GCS: 60
26. 352 1987 CELL 50 (2): 171-180
MOWBRAY SL; KOSHLAND DE
ADDITIVE AND INDEPENDENT RESPONSES IN A SINGLE RECEPTOR - ASPARTATE AND MALTOSE STIMULI ON THE TAR PROTEIN
LCR: 11 NCR: 49 LCS: 23 GCS: 57
27. 382 1987 SCIENCE 237 (4822): 1596-1600
FALKE JJ; KOSHLAND DE
GLOBAL FLEXIBILITY IN A SENSORY RECEPTOR - A SITE-DIRECTED CROSS-LINKING APPROACH
LCR: 6 NCR: 41 LCS: 31 GCS: 209
28. 395 1988 JOURNAL OF BIOLOGICAL CHEMISTRY 263 (13): 6268-6275
MILLIGAN DL; KOSHLAND DE
SITE-DIRECTED CROSS-LINKING - ESTABLISHING THE DIMERIC STRUCTURE OF THE ASPARTATE RECEPTOR OF BACTERIAL CHEMOTAXIS
LCR: 7 NCR: 43 LCS: 28 GCS: 185
29. 489 1990 SCIENCE 249 (4972): 1012-1016
HURLEY JH; DEAN AM; SOHL JL; KOSHLAND DE; STROUD RM
REGULATION OF AN ENZYME BY PHOSPHORYLATION AT THE ACTIVE-SITE
LCR: 6 NCR: 24 LCS: 18 GCS: 188
30. 500 1991 BIOCHEMISTRY 30 (35): 8671-8678
HURLEY JH; DEAN AM; KOSHLAND DE; STROUD RM
CATALYTIC MECHANISM OF NADP+-DEPENDENT ISOCITRATE DEHYDROGENASE - IMPLICATIONS FROM THE STRUCTURES OF MAGNESIUM ISOCITRATE AND NADP+ COMPLEXES
LCR: 5 NCR: 41 LCS: 19 GCS: 184
31. 532 1991 SCIENCE 254 (5036): 1342-1347
MILBURN MV; PRIVE GG; MILLIGAN DL; SCOTT WG; YEH J; et al.
3-DIMENSIONAL STRUCTURES OF THE LIGAND-BINDING DOMAIN OF THE BACTERIAL ASPARTATE RECEPTOR WITH AND WITHOUT A LIGAND
LCR: 8 NCR: 47 LCS: 26 GCS: 264
32. 533 1991 SCIENCE 254 (5038): 1651-1654
MILLIGAN DL; KOSHLAND DE
INTRASUBUNIT SIGNAL TRANSDUCTION BY THE ASPARTATE CHEMORECEPTOR
LCR: 5 NCR: 25 LCS: 16 GCS: 80