HistCite - main: RD Kornberg

#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
501	39	74	10612 2002 Pokholok DK; Hannett NM; Young RA Exchange of RNA polymerase II initiation and elongation factors during gene expression in vivo MOLECULAR CELL 9 (4): 799-809	65	119
502	2	16	342 1975 OOSTERHOF DK; HOZIER JC; RILL RL NUCLEASE ACTION ON CHROMATIN - EVIDENCE FOR DISCRETE, REPEATED NUCLEOPROTEIN UNITS ALONG CHROMATIN FIBRILS PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (2): 633-637	64	77
503	15	25	1725 1980 SARAGOSTI S; MOYNE G; YANIV M ABSENCE OF NUCLEOSOMES IN A FRACTION OF SV40 CHROMATIN BETWEEN THE ORIGIN OF REPLICATION AND THE REGION CODING FOR THE LATE LEADER RNA CELL 20 (1): 65-73	64	304
504	27	40	2154 1981 KORNBERG R THE LOCATION OF NUCLEOSOMES IN CHROMATIN - SPECIFIC OR STATISTICAL NATURE 292 (5824): 579-580	64	113
505	16	34	2842 1984 THOMA F; BERGMAN LW; SIMPSON RT NUCLEASE DIGESTION OF CIRCULAR TRP1ARS1 CHROMATIN REVEALS POSITIONED NUCLEOSOMES SEPARATED BY NUCLEASE-SENSITIVE REGIONS JOURNAL OF MOLECULAR BIOLOGY 177 (4): 715-733	64	137
506	9	53	4500 1991 CORMACK BP; STRUBIN M; PONTICELLI AS; STRUHL K FUNCTIONAL DIFFERENCES BETWEEN YEAST AND HUMAN TFIID ARE LOCALIZED TO THE HIGHLY CONSERVED REGION CELL 65 (2): 341-348	64	106
507	29	61	4510 1991 ADAM SA; GERACE L CYTOSOLIC PROTEINS THAT SPECIFICALLY BIND NUCLEAR LOCATION SIGNALS ARE RECEPTORS FOR NUCLEAR IMPORT CELL 66 (5): 837-847	64	307
508	10	31	4740 1991 DEVLIN C; TICEBALDWIN K; SHORE D; ARNDT KT RAP1 IS REQUIRED FOR BAS1/BAS2-DEPENDENT AND GCN4-DEPENDENT TRANSCRIPTION OF THE YEAST HIS4 GENE MOLECULAR AND CELLULAR BIOLOGY 11 (7): 3642-3651	64	105
509	9	28	5871 1994 HUMBERT S; VANVUUREN H; LUTZ Y; HOEIJMAKERS JHJ; EGLY JM; et al. P44 AND P34 SUBUNITS OF THE BTF2/TFIIH TRANSCRIPTION FACTOR HAVE HOMOLOGIES WITH SSL1, A YEAST PROTEIN INVOLVED IN DNA-REPAIR EMBO JOURNAL 13 (10): 2393-2398	64	97
510	20	29	5995 1994 SVEJSTRUP JQ; FEAVER WJ; LAPOINTE J; KORNBERG RD RNA-POLYMERASE TRANSCRIPTION FACTOR IIH HOLOENZYME FROM YEAST JOURNAL OF BIOLOGICAL CHEMISTRY 269 (45): 28044-28048	64	64
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
511	18	45	7620 1997 StrahlBolsinger S; Hecht A; Luo KH; Grunstein M SIR2 and SIR4 interactions differ in core and extended telomeric heterochromatin in yeast GENES & DEVELOPMENT 11 (1): 83-93	64	310
512	39	78	9190 2000 Havas K; Flaus A; Phelan M; Kingston R; Wade PA; et al. Generation of superhelical torsion by ATP-dependent chromatin remodeling activities CELL 103 (7): 1133-1142	64	123
513	73	287	9466 2000 Sterner DE; Berger SL Acetylation of histones and transcription-related factors MICROBIOLOGY AND MOLECULAR BIOLOGY REVIEWS 64 (2): 435-+	64	465
514	8	30	242 1975 JOHNSON LW; HUGHES ME; ZILVERSMIT DB USE OF PHOSPHOLIPID EXCHANGE PROTEIN TO MEASURE INSIDE-OUTSIDE TRANSPOSITION IN PHOSPHATIDYLCHOLINE LIPOSOMES BIOCHIMICA ET BIOPHYSICA ACTA 375 (2): 176-185	63	163
515	35	59	1134 1978 STEINMETZ M; STREECK RE; ZACHAU HG CLOSELY SPACED NUCLEOSOME CORES IN RECONSTITUTED HISTONE.DNA COMPLEXES AND HISTONE-H1-DEPLETED CHROMATIN EUROPEAN JOURNAL OF BIOCHEMISTRY 83 (2): 615-628	63	94
516	14	27	1181 1978 WHITLOCK JP; STEIN A FOLDING OF DNA BY HISTONES WHICH LACK THEIR NH2-TERMINAL REGIONS JOURNAL OF BIOLOGICAL CHEMISTRY 253 (11): 3857-3861	63	121
517	18	27	2175 1981 KLUG A; LUTTER LC THE HELICAL PERIODICITY OF DNA ON THE NUCLEOSOME NUCLEIC ACIDS RESEARCH 9 (17): 4267-4283	63	124
518	25	44	2396 1982 ALLAN J; HARBORNE N; RAU DC; GOULD H PARTICIPATION OF CORE HISTONE TAILS IN THE STABILIZATION OF THE CHROMATIN SOLENOID JOURNAL OF CELL BIOLOGY 93 (2): 285-297	63	196
519	2	52	2968 1985 JOHNSON AD; HERSKOWITZ I A REPRESSOR (MAT ALPHA-2 PRODUCT) AND ITS OPERATOR CONTROL EXPRESSION OF A SET OF CELL TYPE SPECIFIC GENES IN YEAST CELL 42 (1): 237-247	63	300
520	7	50	3835 1989 HOFMANN JFX; LAROCHE T; BRAND AH; GASSER SM RAP-1 FACTOR IS NECESSARY FOR DNA LOOP FORMATION INVITRO AT THE SILENT MATING TYPE LOCUS HML CELL 57 (5): 725-737	63	145
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
521	8	31	4075 1989 BERNSTEIN P; ROSS J POLY(A), POLY(A) BINDING-PROTEIN AND THE REGULATION OF MESSENGER-RNA STABILITY TRENDS IN BIOCHEMICAL SCIENCES 14 (9): 373-377	63	274
522	12	36	4430 1990 GRUNSTEIN M NUCLEOSOMES - REGULATORS OF TRANSCRIPTION TRENDS IN GENETICS 6 (12): 395-400	63	149
523	50	163	4475 1991 GARCIABUSTOS J; HEITMAN J; HALL MN NUCLEAR-PROTEIN LOCALIZATION BIOCHIMICA ET BIOPHYSICA ACTA 1071 (1): 83-101	63	505
524	17	41	4544 1991 STRAKA C; HORZ W A FUNCTIONAL-ROLE FOR NUCLEOSOMES IN THE REPRESSION OF A YEAST PROMOTER EMBO JOURNAL 10 (2): 361-368	63	117
525	20	60	5153 1992 KYRION G; BOAKYE KA; LUSTIG AJ C-TERMINAL TRUNCATION OF RAP1 RESULTS IN THE DEREGULATION OF TELOMERE SIZE, STABILITY, AND FUNCTION IN SACCHAROMYCES-CEREVISIAE MOLECULAR AND CELLULAR BIOLOGY 12 (11): 5159-5173	63	172
526	7	35	5633 1993 CHODER M; YOUNG RA A PORTION OF RNA POLYMERASE-II MOLECULES HAS A COMPONENT ESSENTIAL FOR STRESS RESPONSES AND STRESS SURVIVAL MOLECULAR AND CELLULAR BIOLOGY 13 (11): 6984-6991	63	78
527	34	54	7149 1996 Imbalzano AN; Schnitzler GR; Kingston RE Nucleosome disruption by human SWI/SNF is maintained in the absence of continued ATP hydrolysis JOURNAL OF BIOLOGICAL CHEMISTRY 271 (34): 20726-20733	63	71
528	10	50	7363 1996 Yuryev A; Patturajan M; Litingtung Y; Joshi RV; Gentile C; et al. The C-terminal domain of the largest subunit of RNA polymerase II interacts with a novel set of serine/arginine-rich proteins PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 93 (14): 6975-6980	63	204
529	33	49	7512 1997 Gaudreau L; Schmid A; Blaschke D; Ptashne M; Horz W RNA polymerase II holoenzyme recruitment is sufficient to remodel chromatin at the yeast PHO5 promoter CELL 89 (1): 55-62	63	93
530	36	51	7562 1997 Rossignol M; KolbCheynel I; Egly JM Substrate specificity of the cdk-activating kinase (CAK) is altered upon association with TFIIH EMBO JOURNAL 16 (7): 1628-1637	63	104
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
531	8	33	8555 1998 Yuan CX; Ito M; Fondell JD; Fu ZY; Roeder RG The TRAP220 component of a thyroid hormone receptor-associated protein (TRAP) coactivator complex interacts directly with nuclear receptors in a ligand-dependent fashion PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 95 (14): 7939-7944	63	215
532	20	44	8780 1999 Ito T; Levenstein ME; Fyodorov DV; Kutach AK; Kobayashi R; et al. ACF consists of two subunits, Acf1 and ISWI, that function cooperatively in the ATP-dependent catalysis of chromatin assembly GENES & DEVELOPMENT 13 (12): 1529-1539	63	149
533	2	20	56 1972 BRETSCHE.MS ASYMMETRICAL LIPID BILAYER STRUCTURE FOR BIOLOGICAL-MEMBRANES NATURE-NEW BIOLOGY 236 (61): 11-&	62	317
534	14	46	2871 1984 WU C 2 PROTEIN-BINDING SITES IN CHROMATIN IMPLICATED IN THE ACTIVATION OF HEAT-SHOCK GENES NATURE 309 (5965): 229-234	62	381
535	2	36	3315 1987 STERNBERG PW; STERN MJ; CLARK I; HERSKOWITZ I ACTIVATION OF THE YEAST HO GENE BY RELEASE FROM MULTIPLE NEGATIVE CONTROLS CELL 48 (4): 567-577	62	166
536	8	34	3653 1988 DWORETZKY SI; LANFORD RE; FELDHERR CM THE EFFECTS OF VARIATIONS IN THE NUMBER AND SEQUENCE OF TARGETING SIGNALS ON NUCLEAR UPTAKE JOURNAL OF CELL BIOLOGY 107 (4): 1279-1287	62	176
537	13	86	3890 1989 RHODE PR; SWEDER KS; OEGEMA KF; CAMPBELL JL THE GENE ENCODING ARS-BINDING FACTOR-I IS ESSENTIAL FOR THE VIABILITY OF YEAST GENES & DEVELOPMENT 3 (12A): 1926-1939	62	85
538	21	47	4134 1990 BREEUWER M; GOLDFARB DS FACILITATED NUCLEAR TRANSPORT OF HISTONE H1 AND OTHER SMALL NUCLEOPHILIC PROTEINS CELL 60 (6): 999-1008	62	227
539	7	26	4400 1990 DONG F; HANSEN JC; VANHOLDE KE DNA AND PROTEIN DETERMINANTS OF NUCLEOSOME POSITIONING ON SEA-URCHIN 5S RIBOSOMAL-RNA GENE-SEQUENCES INVITRO PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 87 (15): 5724-5728	62	141
540	12	40	4926 1992 TURNER BM; BIRLEY AJ; LAVENDER J HISTONE-H4 ISOFORMS ACETYLATED AT SPECIFIC LYSINE RESIDUES DEFINE INDIVIDUAL CHROMOSOMES AND CHROMATIN DOMAINS IN DROSOPHILA POLYTENE NUCLEI CELL 69 (2): 375-384	62	336
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
541	10	30	4929 1992 SCHULTZ MC; REEDER RH; HAHN S VARIANTS OF THE TATA-BINDING PROTEIN CAN DISTINGUISH SUBSETS OF RNA POLYMERASE-I, POLYMERASE-II, AND POLYMERASE-III PROMOTERS CELL 69 (4): 697-702	62	174
542	9	27	5241 1992 RANISH JA; LANE WS; HAHN S ISOLATION OF 2 GENES THAT ENCODE SUBUNITS OF THE YEAST TRANSCRIPTION FACTOR-IIA SCIENCE 255 (5048): 1127-1129	62	100
543	18	32	5451 1993 KYRION G; LIU K; LIU C; LUSTIG AJ; LUSTIG AJ RAP1 AND TELOMERE STRUCTURE REGULATE TELOMERE POSITION EFFECTS IN SACCHAROMYCES-CEREVISIAE GENES & DEVELOPMENT 7 (7A): 1146-1159	62	160
544	24	65	5468 1993 PRELICH G; WINSTON F MUTATIONS THAT SUPPRESS THE DELETION OF AN UPSTREAM ACTIVATING SEQUENCE IN YEAST - INVOLVEMENT OF A PROTEIN-KINASE AND HISTONE-H3 IN REPRESSING TRANSCRIPTION IN-VIVO GENETICS 135 (3): 665-676	62	98
545	29	80	6995 1996 VetteseDadey M; Grant PA; Hebbes TR; CraneRobinson C; Allis CD; et al. Acetylation of histone H4 plays a primary role in enhancing transcription factor binding to nucleosomal DNA in vitro EMBO JOURNAL 15 (10): 2508-2518	62	241
546	14	52	8489 1998 Xue YT; Wong JM; Moreno GT; Young MK; Cote J; et al. NURD, a novel complex with both ATP-dependent chromatin-remodeling and histone deacetylase activities MOLECULAR CELL 2 (6): 851-861	62	279
547	60	79	8712 1999 Hampsey M; Reinberg D RNA polymerase II as a control panel for multiple coactivator complexes CURRENT OPINION IN GENETICS & DEVELOPMENT 9 (2): 132-139	62	114
548	14	43	10740 2002 Murakami KS; Masuda S; Darst SA Structural basis of transcription initiation: RNA polymerase holoenzyme at 4 angstrom resolution SCIENCE 296 (5571): 1280-1284	62	157
549	7	32	770 1977 LEFFAK IM; GRAINGER R; WEINTRAUB H CONSERVATIVE ASSEMBLY AND SEGREGATION OF NUCLEOSOMAL HISTONES CELL 12 (3): 837-845	61	132
550	18	36	931 1977 GOTTESFELD JM; BUTLER PJG STRUCTURE OF TRANSCRIPTIONALLY-ACTIVE CHROMATIN SUBUNITS NUCLEIC ACIDS RESEARCH 4 (9): 3155-3173	61	106
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
551	6	151	3785 1989 ZAKIAN VA STRUCTURE AND FUNCTION OF TELOMERES ANNUAL REVIEW OF GENETICS 23: 579-604	61	557
552	8	35	3869 1989 HALFTER H; KAVETY B; VANDEKERCKHOVE J; KIEFER F; GALLWITZ D SEQUENCE, EXPRESSION AND MUTATIONAL ANALYSIS OF BAF1, A TRANSCRIPTIONAL ACTIVATOR AND ARS1-BINDING PROTEIN OF THE YEAST SACCHAROMYCES-CEREVISIAE EMBO JOURNAL 8 (13): 4265-4272	61	81
553	10	36	4176 1990 FASCHER KD; SCHMITZ J; HORZ W ROLE OF TRANS-ACTIVATING PROTEINS IN THE GENERATION OF ACTIVE CHROMATIN AT THE PHO5 PROMOTER IN SACCHAROMYCES-CEREVISIAE EMBO JOURNAL 9 (8): 2523-2528	61	102
554	42	72	5448 1993 AXELROD JD; REAGAN MS; MAJORS J GAL4 DISRUPTS A REPRESSING NUCLEOSOME DURING ACTIVATION OF GAL1 TRANSCRIPTION INVIVO GENES & DEVELOPMENT 7 (5): 857-869	61	93
555	13	47	5655 1993 MERINO A; MADDEN KR; LANE WS; CHAMPOUX JJ; REINBERG D DNA TOPOISOMERASE-I IS INVOLVED IN BOTH REPRESSION AND ACTIVATION OF TRANSCRIPTION NATURE 365 (6443): 227-232	61	246
556	15	60	6358 1995 BAGBY S; KIM SJ; MALDONADO E; TONG KI; REINBERG D; et al. SOLUTION STRUCTURE OF THE C-TERMINAL CORE DOMAIN OF HUMAN TFIIB - SIMILARITY TO CYCLIN-A AND INTERACTION WITH TATA-BINDING PROTEIN CELL 82 (5): 857-867	61	103
557	12	43	6475 1995 JIANG YW; DOHRMANN PR; STILLMAN DJ GENETIC AND PHYSICAL INTERACTIONS BETWEEN YEAST RGR1 AND SIN4 IN CHROMATIN ORGANIZATION AND TRANSCRIPTIONAL REGULATION GENETICS 140 (1): 47-54	61	64
558	11	15	6918 1996 Struhl K Chromatin structure and RNA polymerase II connection: Implications for transcription CELL 84 (2): 179-182	61	140
559	15	54	6927 1996 Kaldis P; Sutton A; Solomon MJ The Cdk-activating kinase (CAK) from budding yeast CELL 86 (4): 553-564	61	130
560	17	25	7417 1996 Bjorklund S; Kim YJ Mediator of transcriptional regulation TRENDS IN BIOCHEMICAL SCIENCES 21 (9): 335-337	61	87
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
561	1	9	129 1974 SHAW BR; CORDEN JL; SAHASRABUDDHE CG; VANHOLDE KE CHROMATOGRAPHIC-SEPARATION OF CHROMATIN SUBUNITS BIOCHEMICAL AND BIOPHYSICAL RESEARCH COMMUNICATIONS 61 (4): 1193-1198	60	79
562	2	13	527 1976 KIRYANOV GI; MANAMSHJAN TA; POLYAKOV VY; FAIS D; CHENTSOV JS LEVELS OF GRANULAR ORGANIZATION OF CHROMATIN FIBERS FEBS LETTERS 67 (3): 323-327	60	106
563	24	47	2181 1981 BATES DL; THOMAS JO HISTONE-H1 AND HISTONE-H5 - ONE OR 2 MOLECULES PER NUCLEOSOME NUCLEIC ACIDS RESEARCH 9 (22): 5883-5894	60	132
564	16	51	2558 1983 PRIOR CP; CANTOR CR; JOHNSON EM; LITTAU VC; ALLFREY VG REVERSIBLE CHANGES IN NUCLEOSOME STRUCTURE AND HISTONE-H3 ACCESSIBILITY IN TRANSCRIPTIONALLY ACTIVE AND INACTIVE STATES OF RDNA CHROMATIN CELL 34 (3): 1033-1042	60	178
565	1	32	3326 1987 ROBERTS BL; RICHARDSON WD; SMITH AE THE EFFECT OF PROTEIN CONTEXT ON NUCLEAR LOCATION SIGNAL FUNCTION CELL 50 (3): 465-475	60	186
566	2	46	3647 1988 SWEDER KS; RHODE PR; CAMPBELL JL PURIFICATION AND CHARACTERIZATION OF PROTEINS THAT BIND TO YEAST ARSS JOURNAL OF BIOLOGICAL CHEMISTRY 263 (33): 17270-17277	60	73
567	6	69	4022 1989 FASSLER JS; WINSTON F THE SACCHAROMYCES-CEREVISIAE SPT13 GAL11 GENE HAS BOTH POSITIVE AND NEGATIVE REGULATORY ROLES IN TRANSCRIPTION MOLECULAR AND CELLULAR BIOLOGY 9 (12): 5602-5609	60	86
568	12	25	4181 1990 NIETFELD W; MENTZEL H; PIELER T THE XENOPUS-LAEVIS POLY(A) BINDING-PROTEIN IS COMPOSED OF MULTIPLE FUNCTIONALLY INDEPENDENT RNA-BINDING DOMAINS EMBO JOURNAL 9 (11): 3699-3705	60	105
569	17	56	5000 1992 ROTH SY; SHIMIZU M; JOHNSON L; GRUNSTEIN M; SIMPSON RT STABLE NUCLEOSOME POSITIONING AND COMPLETE REPRESSION BY THE YEAST ALPHA-2 REPRESSOR ARE DISRUPTED BY AMINO-TERMINAL MUTATIONS IN HISTONE-H4 GENES & DEVELOPMENT 6 (3): 411-425	60	137
570	30	43	6359 1995 STUDITSKY VM; CLARK DJ; FELSENFELD G OVERCOMING A NUCLEOSOMAL BARRIER TO TRANSCRIPTION CELL 83 (1): 19-27	60	93
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
571	30	35	8784 1999 Yudkovsky N; Logie C; Hahn S; Peterson CL Recruitment of the SWI/SNF chromatin remodeling complex by transcriptional activators GENES & DEVELOPMENT 13 (18): 2369-2374	60	94
572	38	54	11217 2003 Armache KJ; Kettenberger H; Cramer P Architecture of initiation-competent 12-subunit RNA polymerase II PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 100 (12): 6964-6968	60	61
573	9	24	334 1975 BAKAYEV VV; MELNICKOV AA; OSICKA VD; VARSHAVSKY AJ STUDIES ON CHROMATIN .2. ISOLATION AND CHARACTERIZATION OF CHROMATIN SUBUNITS NUCLEIC ACIDS RESEARCH 2 (8): 1401-1419	59	67
574	22	45	1728 1980 EARNSHAW WC; HONDA BM; LASKEY RA; THOMAS JO ASSEMBLY OF NUCLEOSOMES - THE REACTION INVOLVING X-LAEVIS NUCLEOPLASMIN CELL 21 (2): 373-383	59	193
575	10	49	3551 1988 KAKIDANI H; PTASHNE M GAL4 ACTIVATES GENE-EXPRESSION IN MAMMALIAN-CELLS CELL 52 (2): 161-167	59	248
576	2	2	3563 1988 LORCH Y; LAPOINTE JW; KORNBERG RD ON THE DISPLACEMENT OF HISTONES FROM DNA BY TRANSCRIPTION CELL 55 (5): 743-744	59	59
577	3	44	3992 1989 NISHIZAWA M; ARAKI R; TERANISHI Y IDENTIFICATION OF AN UPSTREAM ACTIVATING SEQUENCE AND AN UPSTREAM REPRESSIBLE SEQUENCE OF THE PYRUVATE-KINASE GENE OF THE YEAST SACCHAROMYCES-CEREVISIAE MOLECULAR AND CELLULAR BIOLOGY 9 (2): 442-451	59	78
578	18	47	4183 1990 MELLOR J; JIANG W; FUNK M; RATHJEN J; BARNES CA; et al. CPF1, A YEAST PROTEIN WHICH FUNCTIONS IN CENTROMERES AND PROMOTERS EMBO JOURNAL 9 (12): 4017-4026	59	146
579	27	41	6255 1994 PAZIN MJ; KAMAKAKA RT; KADONAGA JT ATP-DEPENDENT NUCLEOSOME RECONFIGURATION AND TRANSCRIPTIONAL ACTIVATION FROM PREASSEMBLED CHROMATIN TEMPLATES SCIENCE 266 (5193): 2007-2011	59	108
580	5	50	6357 1995 HENNING KA; LI L; IYER N; MCDANIEL LD; REAGAN MS; et al. THE COCKAYNE-SYNDROME GROUP-A GENE ENCODES A WD REPEAT PROTEIN THAT INTERACTS WITH CSB PROTEIN AND A SUBUNIT OF RNA-POLYMERASE-II TFIIH CELL 82 (4): 555-564	59	214
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
581	36	80	6417 1995 URA K; HAYES JJ; WOLFFE AP A POSITIVE ROLE FOR NUCLEOSOME MOBILITY IN THE TRANSCRIPTIONAL ACTIVITY OF CHROMATIN TEMPLATES - RESTRICTION BY LINKER HISTONES EMBO JOURNAL 14 (15): 3752-3765	59	135
582	21	44	6991 1996 Adamczewski JP; Rossignol M; Tassan JP; Nigg EA; Moncollin V; et al. MAT1, cdk7 and cyclin H form a kinase complex which is UV light-sensitive upon association with TFIIH EMBO JOURNAL 15 (8): 1877-1884	59	84
583	20	35	7059 1996 Farrell S; Simkovich N; Wu YB; Barberis A; Ptashne M Gene activation by recruitment of the RNA polymerase II holoenzyme GENES & DEVELOPMENT 10 (18): 2359-2367	59	98
584	15	27	7179 1996 Kuhn U; Pieler T Xenopus poly(A) binding protein: Functional domains in RNA binding and protein-protein interaction JOURNAL OF MOLECULAR BIOLOGY 256 (1): 20-30	59	102
585	31	58	7589 1997 Holstege FCP; Fiedler U; Timmers HTM Three transitions in the RNA polymerase II transcription complex during initiation EMBO JOURNAL 16 (24): 7468-7480	59	91
586	16	19	7984 1997 Svejstrup JQ; Li Y; Fellows J; Gnatt A; Bjorklund S; et al. Evidence for a mediator cycle at the initiation of transcription PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 94 (12): 6075-6078	59	59
587	6	12	11781 2004 Westover KD; Bushnell DA; Kornberg RD Structural basis of transcription: Separation of RNA from DNA by RNA polymerase II SCIENCE 303 (5660): 1014-1016	59	59
588	7	15	345 1975 WEINTRAUB H RELEASE OF DISCRETE SUBUNITS AFTER NUCLEASE AND TRYPSIN DIGESTION OF CHROMATIN PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (3): 1212-1216	58	79
589	20	23	1444 1979 SPADAFORA C; OUDET P; CHAMBON P REARRANGEMENT OF CHROMATIN STRUCTURE INDUCED BY INCREASING IONIC-STRENGTH AND TEMPERATURE EUROPEAN JOURNAL OF BIOCHEMISTRY 100 (1): 225-235	58	98
590	12	37	4399 1990 NISHIZAWA M; SUZUKI Y; NOGI Y; MATSUMOTO K; FUKASAWA T YEAST GAL11 PROTEIN MEDIATES THE TRANSCRIPTIONAL ACTIVATION SIGNAL OF 2 DIFFERENT TRANSACTING FACTORS, GAL4 AND GENERAL REGULATORY FACTOR-I REPRESSOR ACTIVATOR SITE BINDING PROTEIN-1 TRANSLATION UPSTREAM FACTOR PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 87 (14): 5373-5377	58	82
#	LCR	NCR	Node / Date / Author / Journal	LCS	GCS
591	4	45	4501 1991 REDDY P; HAHN S DOMINANT NEGATIVE MUTATIONS IN YEAST TFIID DEFINE A BIPARTITE DNA-BINDING REGION CELL 65 (2): 349-357	58	108
592	6	79	5134 1992 DAVIS JL; KUNISAWA R; THORNER J A PRESUMPTIVE HELICASE (MOT1 GENE-PRODUCT) AFFECTS GENE-EXPRESSION AND IS REQUIRED FOR VIABILITY IN THE YEAST SACCHAROMYCES-CEREVISIAE MOLECULAR AND CELLULAR BIOLOGY 12 (4): 1879-1892	58	148
593	17	61	6928 1996 Thuret JY; Valay JG; Faye G; Mann C Civ1 (CAK in vivo), a novel Cdk-activating kinase CELL 86 (4): 565-576	58	125
594	29	52	7003 1996 Wu YB; Reece RJ; Ptashne M Quantitation of putative activator-target affinities predicts transcriptional activating potentials EMBO JOURNAL 15 (15): 3951-3963	58	110
595	20	40	7402 1996 Bortvin A; Winston F Evidence that Spt6p controls chromatin structure by a direct interaction with histones SCIENCE 272 (5267): 1473-1476	58	130
596	19	53	9542 2000 Galarneau L; Nourani A; Boudreault AA; Zhang Y; Heliot L; et al. Multiple links between the NuA4 histone acetyltransferase complex and epigenetic control of transcription MOLECULAR CELL 5 (6): 927-937	58	110
597	20	29	9562 2000 Akoulitchev S; Chuikov S; Reinberg D TFIIH is negatively regulated by cdk8-containing mediator complexes NATURE 407 (6800): 102-106	58	102
598	18	64	10614 2002 Ahmad K; Henikoff S The histone variant H3.3 marks active chromatin by replication-independent nucleosome assembly MOLECULAR CELL 9 (6): 1191-1200	58	231
599	24	62	10825 2003 Kettenberger H; Armache KJ; Cramer P Architecture of the RNA polymerase II-TFIIS complex and implications for mRNA cleavage CELL 114 (3): 347-357	58	75
600	22	43	11119 2003 Krogan NJ; Dover J; Wood A; Schneider J; Heidt J; et al. The Paf1 complex is required for histone h3 methylation by COMPASS and Dot1p: Linking transcriptional elongation to histone methylation MOLECULAR CELL 11 (3): 721-729	58	145

501

10612 2002 Pokholok DK; Hannett NM; Young RA

Exchange of RNA polymerase II initiation and elongation factors during gene expression in vivo

MOLECULAR CELL 9 (4): 799-809

119

502

342 1975 OOSTERHOF DK; HOZIER JC; RILL RL

NUCLEASE ACTION ON CHROMATIN - EVIDENCE FOR DISCRETE, REPEATED NUCLEOPROTEIN UNITS ALONG CHROMATIN FIBRILS

PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 72 (2): 633-637

503

1725 1980 SARAGOSTI S; MOYNE G; YANIV M

ABSENCE OF NUCLEOSOMES IN A FRACTION OF SV40 CHROMATIN BETWEEN THE ORIGIN OF REPLICATION AND THE REGION CODING FOR THE LATE LEADER RNA

CELL 20 (1): 65-73

304

504

2154 1981 KORNBERG R

THE LOCATION OF NUCLEOSOMES IN CHROMATIN - SPECIFIC OR STATISTICAL

NATURE 292 (5824): 579-580

113

505

2842 1984 THOMA F; BERGMAN LW; SIMPSON RT

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VARIANTS OF THE TATA-BINDING PROTEIN CAN DISTINGUISH SUBSETS OF RNA POLYMERASE-I, POLYMERASE-II, AND POLYMERASE-III PROMOTERS

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RAP1 AND TELOMERE STRUCTURE REGULATE TELOMERE POSITION EFFECTS IN SACCHAROMYCES-CEREVISIAE

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MUTATIONS THAT SUPPRESS THE DELETION OF AN UPSTREAM ACTIVATING SEQUENCE IN YEAST - INVOLVEMENT OF A PROTEIN-KINASE AND HISTONE-H3 IN REPRESSING TRANSCRIPTION IN-VIVO

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DNA TOPOISOMERASE-I IS INVOLVED IN BOTH REPRESSION AND ACTIVATION OF TRANSCRIPTION

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2558 1983 PRIOR CP; CANTOR CR; JOHNSON EM; LITTAU VC; ALLFREY VG

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PURIFICATION AND CHARACTERIZATION OF PROTEINS THAT BIND TO YEAST ARSS

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THE SACCHAROMYCES-CEREVISIAE SPT13 GAL11 GENE HAS BOTH POSITIVE AND NEGATIVE REGULATORY ROLES IN TRANSCRIPTION

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THE XENOPUS-LAEVIS POLY(A) BINDING-PROTEIN IS COMPOSED OF MULTIPLE FUNCTIONALLY INDEPENDENT RNA-BINDING DOMAINS

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GAL4 ACTIVATES GENE-EXPRESSION IN MAMMALIAN-CELLS

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YEAST GAL11 PROTEIN MEDIATES THE TRANSCRIPTIONAL ACTIVATION SIGNAL OF 2 DIFFERENT TRANSACTING FACTORS, GAL4 AND GENERAL REGULATORY FACTOR-I REPRESSOR ACTIVATOR SITE BINDING PROTEIN-1 TRANSLATION UPSTREAM FACTOR

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Quantitation of putative activator-target affinities predicts transcriptional activating potentials

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Evidence that Spt6p controls chromatin structure by a direct interaction with histones

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Multiple links between the NuA4 histone acetyltransferase complex and epigenetic control of transcription

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TFIIH is negatively regulated by cdk8-containing mediator complexes

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The histone variant H3.3 marks active chromatin by replication-independent nucleosome assembly

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10825 2003 Kettenberger H; Armache KJ; Cramer P

Architecture of the RNA polymerase II-TFIIS complex and implications for mRNA cleavage

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The Paf1 complex is required for histone h3 methylation by COMPASS and Dot1p: Linking transcriptional elongation to histone methylation

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