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#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
1	79	156	656 1977 KORNBERG RD STRUCTURE OF CHROMATIN ANNUAL REVIEW OF BIOCHEMISTRY 46: 931-954	1024	1023
2	1	28	187 1974 KORNBERG RD CHROMATIN STRUCTURE - REPEATING UNIT OF HISTONES AND DNA SCIENCE 184 (4139): 868-871	987	987
3	9	24	351 1975 THOMAS JO; KORNBERG RD OCTAMER OF HISTONES IN CHROMATIN AND FREE IN SOLUTION PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (7): 2626-2630	848	848
4	0	29	9 1971 KORNBERG RD; MCCONNEL.HM INSIDE-OUTSIDE TRANSITIONS OF PHOSPHOLIPIDS IN VESICLE MEMBRANES BIOCHEMISTRY 10 (7): 1111-&	639	639
5	23	36	5818 1994 KIM YJ; BJORKLUND S; LI Y; SAYRE MH; KORNBERG RD A MULTIPROTEIN MEDIATOR OF TRANSCRIPTIONAL ACTIVATION AND ITS INTERACTION WITH THE C-TERMINAL REPEAT DOMAIN OF RNA-POLYMERASE-II CELL 77 (4): 599-608	631	630
6	18	32	883 1977 NOLL M; KORNBERG RD ACTION OF MICROCOCCAL NUCLEASE ON CHROMATIN AND LOCATION OF HISTONE H-1 JOURNAL OF MOLECULAR BIOLOGY 109 (3): 393-404	570	570
7	3	48	260 1975 OUDET P; GROSSBELLARD M; CHAMBON P ELECTRON-MICROSCOPIC AND BIOCHEMICAL EVIDENCE THAT CHROMATIN STRUCTURE IS A REPEATING UNIT CELL 4 (4): 281-300	548	716
8	1	38	186 1974 KORNBERG RD; THOMAS JO CHROMATIN STRUCTURE - OLIGOMERS OF HISTONES SCIENCE 184 (4139): 865-868	544	544
9	1	9	175 1974 NOLL M SUBUNIT STRUCTURE OF CHROMATIN NATURE 251 (5472): 249-251	535	683
10	27	51	7921 1997 Luger K; Mader AW; Richmond RK; Sargent DF; Richmond TJ Crystal structure of the nucleosome core particle at 2.8 angstrom resolution NATURE 389 (6648): 251-260	473	1648
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
11	11	31	630 1976 FINCH JT; KLUG A SOLENOIDAL MODEL FOR SUPERSTRUCTURE IN CHROMATIN PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 73 (6): 1897-1901	429	895
12	7	25	365 1975 NOLL M; THOMAS JO; KORNBERG RD PREPARATION OF NATIVE CHROMATIN AND DAMAGE CAUSED BY SHEARING SCIENCE 187 (4182): 1203-1206	424	424
13	32	60	1508 1979 THOMA F; KOLLER T; KLUG A INVOLVEMENT OF HISTONE-H1 IN THE ORGANIZATION OF THE NUCLEOSOME AND OF THE SALT-DEPENDENT SUPERSTRUCTURES OF CHROMATIN JOURNAL OF CELL BIOLOGY 83 (2): 403-427	420	1083
14	7	89	3694 1988 BUCHMAN AR; KIMMERLY WJ; RINE J; KORNBERG RD 2 DNA-BINDING FACTORS RECOGNIZE SPECIFIC SEQUENCES AT SILENCERS, UPSTREAM ACTIVATING SEQUENCES, AUTONOMOUSLY REPLICATING SEQUENCES, AND TELOMERES IN SACCHAROMYCES-CEREVISIAE MOLECULAR AND CELLULAR BIOLOGY 8 (1): 210-225	416	415
15	13	30	6159 1994 KOLESKE AJ; YOUNG RA AN RNA POLYMERASE-II HOLOENZYME RESPONSIVE TO ACTIVATORS NATURE 368 (6470): 466-469	416	477
16	62	118	1230 1978 FELSENFELD G CHROMATIN NATURE 271 (5641): 115-122	406	646
17	19	67	644 1976 WEINTRAUB H; GROUDINE M CHROMOSOMAL SUBUNITS IN ACTIVE GENES HAVE AN ALTERED CONFORMATION SCIENCE 193 (4256): 848-856	404	1545
18	55	102	8662 1999 Kornberg RD; Lorch YL Twenty-five years of the nucleosome, fundamental particle of the eukaryote chromosome CELL 98 (3): 285-294	402	402
19	29	57	6247 1994 COTE J; QUINN J; WORKMAN JL; PETERSON CL STIMULATION OF GAL4 DERIVATIVE BINDING TO NUCLEOSOMAL DNA BY THE YEAST SWI/SNF COMPLEX SCIENCE 265 (5168): 53-60	393	559
20	189	310	1624 1980 MCGHEE JD; FELSENFELD G NUCLEOSOME STRUCTURE ANNUAL REVIEW OF BIOCHEMISTRY 49: 1115-1156	374	912
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
21	0	27	3234 1986 GOLDFARB DS; GARIEPY J; SCHOOLNIK G; KORNBERG RD SYNTHETIC PEPTIDES AS NUCLEAR-LOCALIZATION SIGNALS NATURE 322 (6080): 641-644	344	343
22	22	42	911 1977 FINCH JT; LUTTER LC; RHODES D; BROWN RS; RUSHTON B; et al. STRUCTURE OF NUCLEOSOME CORE PARTICLES OF CHROMATIN NATURE 269 (5623): 29-36	328	542
23	27	55	6934 1996 Cairns BR; Lorch Y; Li Y; Zhang MC; Lacomis L; et al. RSC, an essential, abundant chromatin-remodeling complex CELL 87 (7): 1249-1260	328	328
24	8	28	3320 1987 LORCH Y; LAPOINTE JW; KORNBERG RD NUCLEOSOMES INHIBIT THE INITIATION OF TRANSCRIPTION BUT ALLOW CHAIN ELONGATION WITH THE DISPLACEMENT OF HISTONES CELL 49 (2): 203-210	324	324
25	41	65	8121 1998 Holstege FCP; Jennings EG; Wyrick JJ; Lee TI; Hengartner CJ; et al. Dissecting the regulatory circuitry of a eukaryotic genome CELL 95 (5): 717-728	304	801
26	25	71	10201 2001 Cramer P; Bushnell DA; Kornberg RD Structural basis of transcription: RNA polymerase II at 2.8 angstrom ngstrom resolution SCIENCE 292 (5523): 1863-1876	300	300
27	3	8	178 1974 NOLL M INTERNAL STRUCTURE OF CHROMATIN SUBUNIT NUCLEIC ACIDS RESEARCH 1 (11): 1573-&	293	400
28	4	33	3131 1986 SACHS AB; BOND MW; KORNBERG RD A SINGLE GENE FROM YEAST FOR BOTH NUCLEAR AND CYTOPLASMIC POLYADENYLATE-BINDING PROTEINS - DOMAIN-STRUCTURE AND EXPRESSION CELL 45 (6): 827-835	292	292
29	15	69	9560 2000 Strahl BD; Allis CD The language of covalent histone modifications NATURE 403 (6765): 41-45	292	1578
30	15	48	5828 1994 FEAVER WJ; SVEJSTRUP JQ; HENRY NL; KORNBERG RD RELATIONSHIP OF CDK-ACTIVATING KINASE AND RNA-POLYMERASE-II CTD KINASE TFIIH/TFIIK CELL 79 (6): 1103-1109	287	288
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
31	14	24	6164 1994 KWON H; IMBALZANO AN; KHAVARI PA; KINGSTON RE; GREEN MR NUCLEOSOME DISRUPTION AND ENHANCEMENT OF ACTIVATOR BINDING BY A HUMAN SW1/SNF COMPLEX NATURE 370 (6489): 477-481	284	433
32	135	280	7062 1996 Orphanides G; Lagrange T; Reinberg D The general transcription factors of RNA polymerase II GENES & DEVELOPMENT 10 (21): 2657-2683	284	621
33	12	40	10202 2001 Gnatt AL; Cramer P; Fu JH; Bushnell DA; Kornberg RD Structural basis of transcription: An RNA polymerase II elongation complex at 3.3 angstrom resolution SCIENCE 292 (5523): 1876-1882	271	270
34	19	32	589 1976 VARSHAVSKY AJ; BAKAYEV VV; GEORGIEV GP HETEROGENEITY OF CHROMATIN SUBUNITS INVITRO AND LOCATION OF HISTONE H1 NUCLEIC ACIDS RESEARCH 3 (2): 477-492	269	338
35	38	56	2874 1984 RICHMOND TJ; FINCH JT; RUSHTON B; RHODES D; KLUG A STRUCTURE OF THE NUCLEOSOME CORE PARTICLE AT 7A RESOLUTION NATURE 311 (5986): 532-537	269	791
36	10	64	5732 1993 SCHAEFFER L; ROY R; HUMBERT S; MONCOLLIN V; VERMEULEN W; et al. DNA-REPAIR HELICASE - A COMPONENT OF BTF2 (TFIIH) BASIC TRANSCRIPTION FACTOR SCIENCE 260 (5104): 58-63	269	564
37	12	43	5258 1992 WINSTON F; CARLSON M YEAST SNF SWI TRANSCRIPTIONAL ACTIVATORS AND THE SPT SIN CHROMATIN CONNECTION TRENDS IN GENETICS 8 (11): 387-391	265	434
38	14	44	6210 1994 CAIRNS BR; KIM YJ; SAYRE MH; LAURENT BC; KORNBERG RD A MULTISUBUNIT COMPLEX CONTAINING THE SWI1/ADR6, SWI2/SNF2, SWI3, SNF5, AND SNF6 GENE-PRODUCTS ISOLATED FROM YEAST PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 91 (5): 1950-1954	257	257
39	10	32	348 1975 GERMOND JE; HIRT B; OUDET P; GROSSBELLARD M; CHAMBON P FOLDING OF DNA DOUBLE HELIX IN CHROMATIN-LIKE STRUCTURES FROM SIMIAN VIRUS 40 PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (5): 1843-1847	256	643
40	11	48	5356 1993 FEAVER WJ; SVEJSTRUP JQ; BARDWELL L; BARDWELL AJ; BURATOWSKI S; et al. DUAL ROLES OF A MULTIPROTEIN COMPLEX FROM SACCHAROMYCES-CEREVISIAE IN TRANSCRIPTION AND DNA-REPAIR CELL 75 (7): 1379-1387	254	254
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
41	5	19	3445 1987 SACHS AB; DAVIS RW; KORNBERG RD A SINGLE DOMAIN OF YEAST POLY(A)-BINDING PROTEIN IS NECESSARY AND SUFFICIENT FOR RNA-BINDING AND CELL VIABILITY MOLECULAR AND CELLULAR BIOLOGY 7 (9): 3268-3276	245	245
42	44	87	5171 1992 FELSENFELD G CHROMATIN AS AN ESSENTIAL PART OF THE TRANSCRIPTIONAL MECHANISM NATURE 355 (6357): 219-224	245	753
43	2	40	319 1975 BALDWIN JP; BOSELEY PG; BRADBURY EM; IBEL K SUBUNIT STRUCTURE OF EUKARYOTIC CHROMOSOME NATURE 253 (5489): 245-249	243	308
44	12	30	625 1976 SHAW BR; HERMAN TM; KOVACIC RT; BEAUDREAU GS; VANHOLDE KE ANALYSIS OF SUBUNIT ORGANIZATION IN CHICKEN ERYTHROCYTE CHROMATIN PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 73 (2): 505-509	243	297
45	5	22	231 1975 SOLLNERWEBB B; FELSENFELD G COMPARISON OF DIGESTION OF NUCLEI AND CHROMATIN BY STAPHYLOCOCCAL NUCLEASE BIOCHEMISTRY 14 (13): 2915-2920	240	299
46	1	19	2674 1983 UZGIRIS EE; KORNBERG RD TWO-DIMENSIONAL CRYSTALLIZATION TECHNIQUE FOR IMAGING MACROMOLECULES, WITH APPLICATION TO ANTIGEN-ANTIBODY COMPLEMENT COMPLEXES NATURE 301 (5896): 125-129	239	239
47	21	30	6165 1994 IMBALZANO AN; KWON H; GREEN MR; KINGSTON RE FACILITATED BINDING OF TATA-BINDING PROTEIN TO NUCLEOSOMAL DNA NATURE 370 (6489): 481-485	239	380
48	7	40	4507 1991 DYNLACHT BD; HOEY T; TJIAN R ISOLATION OF COACTIVATORS ASSOCIATED WITH THE TATA-BINDING PROTEIN THAT MEDIATE TRANSCRIPTIONAL ACTIVATION CELL 66 (3): 563-576	238	530
49	114	270	8053 1998 Workman JL; Kingston RE Alteration of nucleosome structure as a mechanism of transcriptional regulation ANNUAL REVIEW OF BIOCHEMISTRY 67: 545-579	238	557
50	8	52	3710 1988 BUCHMAN AR; LUE NF; KORNBERG RD CONNECTIONS BETWEEN TRANSCRIPTIONAL ACTIVATORS, SILENCERS, AND TELOMERES AS REVEALED BY FUNCTIONAL-ANALYSIS OF A YEAST DNA-BINDING PROTEIN MOLECULAR AND CELLULAR BIOLOGY 8 (12): 5086-5099	234	234
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
51	1	19	364 1975 GRIFFITH JD CHROMATIN STRUCTURE - DEDUCED FROM A MINICHROMOSOME SCIENCE 187 (4182): 1202-1203	233	422
52	14	34	4139 1990 KELLEHER RJ; FLANAGAN PM; KORNBERG RD A NOVEL MEDIATOR BETWEEN ACTIVATOR PROTEINS AND THE RNA POLYMERASE-II TRANSCRIPTION APPARATUS CELL 61 (7): 1209-1215	233	233
53	26	80	5349 1993 THOMPSON CM; KOLESKE AJ; CHAO DM; YOUNG RA A MULTISUBUNIT COMPLEX-ASSOCIATED WITH THE RNA POLYMERASE-II CTD AND TATA-BINDING PROTEIN IN YEAST CELL 73 (7): 1361-1375	233	283
54	13	33	5827 1994 ROY R; ADAMCZEWSKI JP; SEROZ T; VERMEULEN W; TASSAN JP; et al. THE MO15 CELL-CYCLE KINASE IS ASSOCIATED WITH THE TFIIH TRANSCRIPTION DNA-REPAIR FACTOR CELL 79 (6): 1093-1101	233	324
55	26	45	6364 1995 TSUKIYAMA T; WU C PURIFICATION AND PROPERTIES OF AN ATP-DEPENDENT NUCLEOSOME REMODELING FACTOR CELL 83 (6): 1011-1020	225	364
56	18	39	479 1976 CAMERINIOTERO RD; SOLLNERWEBB B; FELSENFELD G ORGANIZATION OF HISTONES AND DNA IN CHROMATIN - EVIDENCE FOR AN ARGININE-RICH HISTONE KERNEL CELL 8 (3): 333-347	224	353
57	8	27	635 1976 GAREL A; AXEL R SELECTIVE DIGESTION OF TRANSCRIPTIONALLY ACTIVE OVALBUMIN GENES FROM OVIDUCT NUCLEI PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 73 (11): 3966-3970	224	605
58	33	54	1041 1978 SIMPSON RT STRUCTURE OF CHROMATOSOME, A CHROMATIN PARTICLE CONTAINING 160-BASE PAIRS OF DNA AND ALL HISTONES BIOCHEMISTRY 17 (25): 5524-5531	221	404
59	36	81	9650 2000 Cramer P; Bushnell DA; Fu JH; Gnatt AL; Maier-Davis B; et al. Architecture of RNA polymerase II and implications for the transcription mechanism SCIENCE 288 (5466): 640-649	217	217
60	1	36	2964 1985 GINIGER E; VARNUM SM; PTASHNE M SPECIFIC DNA-BINDING OF GAL4, A POSITIVE REGULATORY PROTEIN OF YEAST CELL 40 (4): 767-774	215	483
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
61	18	68	5016 1992 HIRSCHHORN JN; BROWN SA; CLARK CD; WINSTON F EVIDENCE THAT SNF2/SWI2 AND SNF5 ACTIVATE TRANSCRIPTION IN YEAST BY ALTERING CHROMATIN STRUCTURE GENES & DEVELOPMENT 6 (12A): 2288-2298	213	330
62	10	47	4498 1991 LIN YS; GREEN MR MECHANISM OF ACTION OF AN ACIDIC TRANSCRIPTIONAL ACTIVATOR INVITRO CELL 64 (5): 971-981	212	480
63	10	47	5658 1993 KIM YC; GEIGER JH; HAHN S; SIGLER PB CRYSTAL-STRUCTURE OF A YEAST TBP TATA-BOX COMPLEX NATURE 365 (6446): 512-520	210	748
64	35	65	7416 1996 Roeder RG The role of general initiation factors in transcription by RNA polymerase II TRENDS IN BIOCHEMICAL SCIENCES 21 (9): 327-335	209	565
65	9	26	960 1977 RENZ M; NEHLS P; HOZIER J INVOLVEMENT OF HISTONE-H1 IN ORGANIZATION OF CHROMOSOME FIBER PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 74 (5): 1879-1883	206	337
66	2	16	183 1974 AXEL R; MELCHOIR W; SOLLNERW.B; FELSENFE.G SPECIFIC SITES OF INTERACTION BETWEEN HISTONES AND DNA IN CHROMATIN PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 71 (10): 4101-4105	201	247
67	11	56	5659 1993 KIM JL; NIKOLOV DB; BURLEY SK CO-CRYSTAL STRUCTURE OF TBP RECOGNIZING THE MINOR-GROOVE OF A TATA ELEMENT NATURE 365 (6446): 520-527	199	774
68	13	30	6704 1995 LIAO SM; ZHANG JH; JEFFREY DA; KOLESKE AJ; THOMPSON CM; et al. A KINASE-CYCLIN PAIR IN THE RNA-POLYMERASE-II HOLOENZYME NATURE 374 (6518): 193-196	199	286
69	34	57	6919 1996 Wilson CJ; Chao DM; Imbalzano AN; Schnitzler GR; Kingston RE; et al. RNA polymerase II holoenzyme contains SWI/SNF regulators involved in chromatin remodeling CELL 84 (2): 235-244	199	282
70	1	18	12 1971 KORNBERG RD; MCCONNEL.HM LATERAL DIFFUSION OF PHOSPHOLIPIDS IN A VESICLE MEMBRANE PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 68 (10): 2564-&	197	197
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
71	5	35	5179 1992 LU H; ZAWEL L; FISHER L; EGLY JM; REINBERG D HUMAN GENERAL TRANSCRIPTION FACTOR-IIH PHOSPHORYLATES THE C-TERMINAL DOMAIN OF RNA POLYMERASE-II NATURE 358 (6388): 641-645	197	279
72	16	42	263 1975 WEINTRAUB H; PALTER K; VANLENTE F HISTONES H2A, H2B, H-3, AND H4 FORM A TETRAMERIC COMPLEX IN SOLUTIONS OF HIGH SALT CELL 6 (1): 85-110	194	333
73	10	58	3221 1986 ADAM SA; NAKAGAWA T; SWANSON MS; WOODRUFF TK; DREYFUSS G MESSENGER-RNA POLYADENYLATE-BINDING PROTEIN - GENE ISOLATION AND SEQUENCING AND IDENTIFICATION OF A RIBONUCLEOPROTEIN CONSENSUS SEQUENCE MOLECULAR AND CELLULAR BIOLOGY 6 (8): 2932-2943	194	378
74	25	55	6348 1995 SVEJSTRUP JQ; WANG ZG; FEAVER WJ; WU XH; BUSHNELL DA; et al. DIFFERENT FORMS OF TFIIH FOR TRANSCRIPTION AND DNA-REPAIR - HOLO-TFIIH AND A NUCLEOTIDE EXCISION REPAIROSOME CELL 80 (1): 21-28	194	194
75	5	22	4486 1991 DARST SA; AHLERS M; MELLER PH; KUBALEK EW; BLANKENBURG R; et al. 2-DIMENSIONAL CRYSTALS OF STREPTAVIDIN ON BIOTINYLATED LIPID LAYERS AND THEIR INTERACTIONS WITH BIOTINYLATED MACROMOLECULES BIOPHYSICAL JOURNAL 59 (2): 387-396	193	193
76	8	16	353 1975 FINCH JT; NOLL M; KORNBERG RD ELECTRON-MICROSCOPY OF DEFINED LENGTHS OF CHROMATIN PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (9): 3320-3322	191	191
77	18	32	637 1976 COMPTON JL; BELLARD M; CHAMBON P BIOCHEMICAL EVIDENCE OF VARIABILITY IN DNA REPEAT LENGTH IN CHROMATIN OF HIGHER EUKARYOTES (CHROMATIN STRUCTURE-NUCLEOSOME-MICROCOCCAL NUCLEASE) PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 73 (12): 4382-4386	190	256
78	23	61	8666 1999 Zhang GY; Campbell EA; Minakhin L; Richter C; Severinov K; et al. Crystal structure of Thermus aquaticus core RNA polymerase at 3.3 angstrom resolution CELL 98 (6): 811-824	190	328
79	65	268	5283 1993 CONAWAY RC; CONAWAY JW GENERAL INITIATION-FACTORS FOR RNA POLYMERASE-II ANNUAL REVIEW OF BIOCHEMISTRY 62: 161-190	189	341
80	2	32	138 1974 DANNA JA; ISENBERG I HISTONE CROSS-COMPLEXING PATTERN BIOCHEMISTRY 13 (24): 4992-4997	187	226
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
81	26	51	7514 1997 Ito T; Bulger M; Pazin MJ; Kobayashi R; Kadonaga JT ACF, an ISWI-containing and ATP-utilizing chromatin assembly and remodeling factor CELL 90 (1): 145-155	187	303
82	0	37	3069 1985 BRAM RJ; KORNBERG RD SPECIFIC PROTEIN-BINDING TO FAR UPSTREAM ACTIVATING SEQUENCES IN POLYMERASE-II PROMOTERS PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 82 (1): 43-47	185	185
83	23	72	3675 1988 FEDOR MJ; LUE NF; KORNBERG RD STATISTICAL POSITIONING OF NUCLEOSOMES BY SPECIFIC PROTEIN-BINDING TO AN UPSTREAM ACTIVATING SEQUENCE IN YEAST JOURNAL OF MOLECULAR BIOLOGY 204 (1): 109-127	185	185
84	49	213	1319 1979 ISENBERG I HISTONES ANNUAL REVIEW OF BIOCHEMISTRY 48: 159-191	183	582
85	19	63	4138 1990 BERGER SL; CRESS WD; CRESS A; TRIEZENBERG SJ; GUARENTE L SELECTIVE-INHIBITION OF ACTIVATED BUT NOT BASAL TRANSCRIPTION BY THE ACIDIC ACTIVATION DOMAIN OF VP16 - EVIDENCE FOR TRANSCRIPTIONAL ADAPTERS CELL 61 (7): 1199-1208	179	246
86	16	71	5410 1993 MUCHARDT C; YANIV M A HUMAN HOMOLOG OF SACCHAROMYCES-CEREVISIAE SNF2/SWI2 AND DROSOPHILA-BRM GENES POTENTIATES TRANSCRIPTIONAL ACTIVATION BY THE GLUCOCORTICOID RECEPTOR EMBO JOURNAL 12 (11): 4279-4290	179	403
87	25	46	6826 1995 KOLESKE AJ; YOUNG RA THE RNA-POLYMERASE-II HOLOENZYME AND ITS IMPLICATIONS FOR GENE-REGULATION TRENDS IN BIOCHEMICAL SCIENCES 20 (3): 113-116	179	263
88	27	43	8219 1998 Myers LC; Gustafsson CM; Bushnell DA; Lui M; Erdjument-Bromage H; et al. The Med proteins of yeast and their function through the RNA polymerase II carboxy-terminal domain GENES & DEVELOPMENT 12 (1): 45-54	178	178
89	17	83	3730 1988 PTASHNE M HOW EUKARYOTIC TRANSCRIPTIONAL ACTIVATORS WORK NATURE 335 (6192): 683-689	176	1581
90	10	28	4013 1989 CHASMAN DI; LEATHERWOOD J; CAREY M; PTASHNE M; KORNBERG RD ACTIVATION OF YEAST POLYMERASE-II TRANSCRIPTION BY HERPESVIRUS VP16 AND GAL4 DERIVATIVES INVITRO MOLECULAR AND CELLULAR BIOLOGY 9 (11): 4746-4749	176	176
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
91	63	127	4867 1992 KORNBERG RD; LORCH Y CHROMATIN STRUCTURE AND TRANSCRIPTION ANNUAL REVIEW OF CELL BIOLOGY 8: 563-687	176	176
92	78	122	8782 1999 Kingston RE; Narlikar GJ ATP-dependent remodeling and acetylation as regulators of chromatin fluidity GENES & DEVELOPMENT 13 (18): 2339-2352	176	427
93	18	33	1202 1978 LUTTER LC KINETIC-ANALYSIS OF DEOXYRIBONUCLEASE-I CLEAVAGES IN NUCLEOSOME CORE - EVIDENCE FOR A DNA SUPERHELIX JOURNAL OF MOLECULAR BIOLOGY 124 (2): 391-420	175	375
94	9	43	3329 1987 WORKMAN JL; ROEDER RG BINDING OF TRANSCRIPTION FACTOR-TFIID TO THE MAJOR LATE PROMOTER DURING INVITRO NUCLEOSOME ASSEMBLY POTENTIATES SUBSEQUENT INITIATION BY RNA POLYMERASE-II CELL 51 (4): 613-622	175	291
95	15	152	4441 1991 YOUNG RA RNA POLYMERASE-II ANNUAL REVIEW OF BIOCHEMISTRY 60: 689-715	174	334
96	35	73	7627 1997 Grant PA; Duggan L; Cote J; Roberts SM; Brownell JE; et al. Yeast Gcn5 functions in two multisubunit complexes to acetylate nucleosomal histones: Characterization of an Ada complex and the SAGA (Spt/Ada) complex GENES & DEVELOPMENT 11 (13): 1640-1650	173	434
97	6	17	232 1975 AXEL R CLEAVAGE OF DNA IN NUCLEI AND CHROMATIN WITH STAPHYLOCOCCAL NUCLEASE BIOCHEMISTRY 14 (13): 2921-2925	172	215
98	63	88	9116 2000 Myers LC; Kornberg RD Mediator of transcriptional regulation ANNUAL REVIEW OF BIOCHEMISTRY 69: 729-749	172	172
99	19	50	6712 1995 NIKOLOV DB; CHEN H; HALAY ED; USHEVA AA; HISATAKE K; et al. CRYSTAL-STRUCTURE OF A TFIIB-TBP-TATA-ELEMENT TERNARY COMPLEX NATURE 377 (6545): 119-128	170	347
100	10	27	480 1976 NOLL M DIFFERENCES AND SIMILARITIES IN CHROMATIN STRUCTURE OF NEUROSPORA-CRASSA AND HIGHER EUKARYOTES CELL 8 (3): 349-355	169	226

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