41st Annual Drosophila Research Conference

41st Annual Drosophila Research Conference
David L. Lawrence Convention Center, Pittsburgh, Pennsylvania
MARCH 22-26, 2000

Keyword Index

The following index is composed of keywords selected by presenting authors from a list in the Conference Call for Abstracts. Abstract program numbers follow each keyword.
CELL CYCLE
checkpoint
22	396B	397C	398A	399B	400C	401A	403C	415C
cyclins
17	18	20	396B	424C	425A
development
21	24	399B	401A	402B	404A	408B	412C	415C	416A
417B	418C	419A	420B	421C	422A	426B
endoreplication
19	426B	427C	428A	429B
kinases
17	395A	409C	420B	425A
meiosis
22	78	411B	412C	413A	414B
mitosis
19	24	395A	397C	398A	400C	402B	403C	404A	405B
406C	407A	408B	409C	410A	418C	421C	424C
other
23	78	407A	411B	413A	414B	423B	428A	429B
regulatory network
18	20	21	23	405B	406C	410A	416A	417B	419A
422A	423B	427C
CHROMOSOME STRUCTURE AND FUNCTION
centromere
77	245A	246B	247C	248A	249B
chromatin
79	80	81	82	83	136	137	138	139	141
142	196C	197A	198B	199C	200A	201B	202C	203A	204B
205C	206A	207B	208C	209A	210B	211C	212A	213B	214C
215A	218A	221A	222B	223C	224A	225B	226C	227A	228B
229C	230A	232C	233A	235C	240B	243B	245A	247C	250C
251A	252B	254A	255B
chromosome cohesion
244C	252B	253C
dosage compensation
79	80	206A	222B	223C	224A	225B	234B
insulators/boundary elements
208C	215A	216B	217C	218A	219B	220C
other
77	81	83	135	140	196C	197A	200A	201B	204B
205C	211C	213B	217C	239A	246B	248A	253C	254A	255B
Polycomb/Trithorax Group genes
82	136	137	138	139	203A	209A	210B	214C	220C
226C	227A	228B	229C	230A	231B	232C	233A	234B	235C
237B
position effect variegation
141	142	198B	199C	202C	207B	212A	219B	231B	236A
238C	242A	249B	250C	251A
telomere
140	236A	237B	238C	239A	240B	241C	242A	243B	244C
transvection
216B	221A	241C
CYTOSKELETON ASSEMBLY AND DYNAMICS
actin
26	27	28	433C	434A	436C	437A	440A	441B	442C
443A	444B	445C	446A	447B	452A
cell motility and adhesion
26	433C	434A	435B	436C	437A	438B	439C	440A	441B
445C	454C	455A
centrosome
36	430C
cytokinesis
25	35	444B	447B	456B	457C	458A	459B	460C
extracellular matrix
454C	455A
motors
28	431A	443A	448C	449A	450B	451C	452A	453B
organelle
431A	432B	448C	449A	458A	461A
other
27	35	432B	435B	438B	439C	442C	450B	451C	453B
456B	457C	459B	460C	461A
spindle formation
36	430C
tubulin
25	446A
GAMETOGENESIS
follicle cell
91	92	93	94	347A	348B	349C	350A	351B	352C
353A	354B	364C	365A	366B	368A	370C	373C	374A	382C
384B	387B	390B
germ cell
85	88	90	95	96	333B	334C	335A	336B		337C
338A	339B	340C	341A	342B	343C	344A	345B	346C	356A
359A	361C	372B	375B	376C	377A	381B	383A	391C	392A
393B	394C
oogenesis
86	87	90	91	92	93	333B	334C	341A	342B
343C	347A	348B	349C	350A	351B	352C	353A	354B	359A
360B	361C	362A	363B	364C	365A	366B	367C	368A	369B
370C	371A	372B	373C	374A	375B	376C	377A	378B	379C
380A	381B	382C	383A	384B	385C	386A	387B	388C	389A
other
85	94	337C	338A	339B	344A	345B	346C	355C	357B
358C	362A	363B	367C	369B	378B	379C	380A	385C
ring canal/fusome
86	87	88	340C	386A	388C	389A	390B
sex determination
335A	360B	391C	392A	393B	394C
spermatogenesis
95	96	336B	355C	356A	357B	358C	371A
translational control
355C
NEURAL DEVELOPMENT
asymmetric division
105	106	712C	718C	719A	735B	736C	737A	738B	739C
740A	741B	742C	743A
axon guidance
97	98	99	100	101	103	108	688C	689A	690B
691C	692A	693B	694C	695A	696B	697C	698A	699B	700C
701A	702B	703C	745C	747B	749A
branching and pruning
700C	701A	703C	705B	708B	709C
glia
100	107	108	702B	734A
neuronal specification
99	102	103	105	106	704A	707A	708B	710A	711B
712C	713A	714B	715C	716A	717B	718C	719A	720B	721C
722A	723B	724C	725A	726B	727C	728A	729B	730C	731A
732B	735B	737A	738B	741B	742C	743A	744B
other
101	102	104	107	691C	692A	693B	694C	698A	699B
710A	711B	713A	714B	715C	716A	717B	720B	721C	722A
723B	724C	727C	728A	729B	730C	731A	732B	733C	734A
736C	739C	740A	744B	745C	746A	747B	748C	749A
plasticity
704A	705B	706C	709C
programmed cell death
104	696B	733C	746A
receptor
97	98	688C	689A	690B	695A	697C	706C	725A	726B
748C
synaptogenesis
707A
NEURAL PHYSIOLOGY AND BEHAVIOR
behavior
41	43	44	45	47	762B	765B	766C	767A	768B
769C	770A	771B	772C	773A	774B	775C	776A	777B	778C
781C	783B	784C	785A	793C	798B
courtship and mating
43	44	45	46	48	769C	773A	775C	778C	779A
780B	781C	796C
hormones
42	46	774B	780B	782A	793C	794A	795B	801B
ion channels
41	768B	786B	771B	788A	800A
learning/memory
39	48	796C	797A	798B	799C
neural physiology
37	38	39	40	750B	751C	752A	753B	754C	755A
756B	757C	758A	759B	760C	761A	762B	763C	764A	772C
776A	787C	789B	790C	791A	792B	797A
other
42	751C	752A	753B	754C	755A	756B	757C	758A	759B
763C	764A	765B	766C	770A	779A	794A	795B	800A	801B
rhythms
47	782A	783B
sensory system
37	38	750B	767A	777B	784C	785A	786B	787C
synapse
40	760C	761A	788A	789B	790C	791A	792B	799C
ORGANOGENESIS AND MUSCLE DEVELOPMENT
alimentary canal
31	32	465B	473A	474B	475C	476A	477B	491A	496C
circulatory system
472C	488A
endocrine system
499C
immune system
131	472C
myogenesis
29	30	34	477B	478C	479A	480B	481C	482A	483B
484C	485A	486B	487C	488A	489B	490C	491A	492B	493C
494A	495B	496C	497A	498B
other
29	30	31	33	34	131	462B	463C	464A	466C
467A	468B	469C	470A	471B	473A	474B	475C	476A	478C
479A	480B	481C	482A	483B	484C	485A	486B	487C	489B
490C	492B	493C	494a	495B	497A	498B	499C	500A	501B
trachea
32	33	462B	463C	464A	465B	466C	467A	468B	469C
470A	500A
PATTERN FORMATION
anterior posterior
4	8	119	121	126	502C	503A	504B	505C	520C
536A	537B	538C	539A	540B	547C	551A	565C	590A
bristle formation
568C	575A	576B	579B	591B	601C	602A	603B	604C	605A
cell migration
554A	555B	561B	602A
cell polarity
1	2	3	63	65	526C	555B	556C	557A	558B
559C	603B
commitment
66	124	560A	564B	583C	592C
compartment and boundaries
4	64	120	506A	544C	545A	546B	547C	548A	549B
550C	551A	552B	553C	563A	566A	571C	573B	578A
dorsal-ventral
3	8	119	120	121	122	123	125	517C	522B
523C	524A	525B	526C	527A	528B	529C	530A	531B	532C
533A	534B	535C	536A	552B	580C	582B	588B	589C
eye development
61	62	63	64	65	66	67	68	514C	525B
531B	546B	570B	577C	586C	587A	588B	589C	590A	591B
592C	593A	594B	595C	596A	597B	598C	599A	600B
homeotic
508C	509A	510B	511C	512A	513B	514C	515A	516B	517C
518A	519B	520C	521A	594B
imaginal disc
1	2	5	6	7	61	62	67	68	122
124	125	126	516B	519B	534B	537B	538C	542A	543B
544C	549B	557A	559C	562C	563A	564B	565C	566A	567B
568C	569A	570B	571C	572A	573B	574C	575A	576B	577C
578A	579B	580C	581A	582B	583C	584A	585B	587A	593A
595C	596A	597B	598C	599A	600B	605A
other
123	507B	508C	513B	518A	521A	522B	523C	524A	527A
528B	529C	530A	532C	533A	539A	540B	541C	553C	554A
560A	562C	567B	569A	574C	581A	584A	601C	604C
proximal-distal
5	6	7	510B	511C	541C	542A	543B	545A	556C
558B	572A	585B
segmentation
502C	503A	504B	505C	506A	507B	509A	512A	515A	548A
550C	586C
stem cells
535C	561B
POPULATIONS AND EVOLUTION
genomics
109	113	115	143A	144B	145C	146A	147B	152A	158A
159B	161A	167A	172C
hybridization
148C	150B	151C	152A
molecular evolution
110	111	112	117	118	144B	147B	151C	157C	161A
162B	163C	164A	165B	166C	167A	168B	169C	170A	171B
172C	173A	174B	175C	176A
natural populations
118	145C	149A	155A	160C	165B	166C	168B	174B
other
109	111	112	114	116	117	143A	146A	153B	156B
162B	169C	173A	176A	177B
quantitative traits
113	114	115	116	153B	154C	155A	156B	157C	158A
159B	160C	164A	177B
speciation
110	148C	149A	150B	154C	163C	171B
vertebrate homolog
170A	175C
RNA PROCESSING, LOCALIZATION, AND TRANSLATION
localization
59	298C	299A	300B	302A	307C	309B	315B
other
294B	295C	297B	299A	300B	301C	302A	303B	304C	305A
306B	310C	305A	312B	313C	314A	315B	316C	317A	318B
319C
ribosomes
60	307C	308A	311A
RNA editing
58	304C	305A	306B	319C
sex determination
57	293A	296A	313C
splicing
57	58	293A	294B	295C	296A	297B	298C	314A	316C
translation initiation
59	60	308A	309B	310C	311A	312B	317A	318B
SIGNAL TRANSDUCTION AND APOPTOSIS
aging
621B
apoptosis
72	73	74	75	76	606B	607C	608A	609B	610C
611A	612B	613C	614A	615B	616C	617A	618B	619C	620A
628C	631C	669B
cell-cell communication
9	10	11	12	13	14	16	72	74	89
129	132	613C	624B	638A	646C	647A	648B	649C	650A
651B	652C	653A	654B	655C	656A	657B	658C	659A	660B
661C	662A	663B	664C	665A	666B	671A	675B	677A	679C
G-protein
629A	651B	657B	665A	667C	668A	669B	670C
immunity
76	127	128	129	130	132	133	134	611A	622C
623A	624B	625C	626A	627B	628C	629A	630B	670C
kinase
69	128	610C	631C	632A	633B	634C	635A	636B	637C
638A	639B	643C	644A	661C	668A	676C	680A	682C	683A
684B	686A	687B
other
9	13	15	69	73	75	130	606B	608A	614A
617A	618B	620A	621B	622C	625C	627B	630B	633B	634C
637C	639B	641A	642B	645B	648B	652C	658C	660B	672B
673C	678B	681B	684B	685C	686A	687B
phophatase
70	71	640C	641A	642B	643C	644A	645B
protease
134	615B	635A	653A
receptor/ligand
10	11	12	14	15	16	609B	619C	623A	632A
636B	640C	646C	647A	649C	650A	654B	655C	656A	659A
662A	663B	664C	666B	671A	672B	673C	674A	675B	676C
677A
tumorigenesis
70	71	89	127	133	607C	612B	616C	626A	667C
674A	678B	679C	680A	681B	682C	683A	685C
TECHNIQUES
chromosome mechanics
328C	332A
DNA analysis
320A	321B	322C	325C
microscopy
329A
other
320A	322C	323A	326A	327B	329A	330B	331C	332A
protein analysis
321B	324B	325C	331C
RNA analysis
323A	324B	330B
transformation
326A	327B	328C
TRANSCRIPTIONAL REGULATION
activators
50	51	52	53	54	55	262C	263A	265C	270B
271C	272A	273B	274C	275A	276B	277C	278A	279B	280C
281A	282B
core promoter elements
49	256C	257A	258B	259C	278A
enhancers
50	51	53	258B	260A	261B	262C	263A	265C	266A
267B	268C	269A	270B	274C	275A	283C	284A	285B	289C
292C
initiation
49	256C	279B
other
52	56	260A	261B	264B	266A	268C	273B	276B	281A
282B	286C	287A	288B	290A	291B	292C
repressors
54	55	56	257A	259C	267B	269A	271C	272A	277C
280C	283C	284A	285B	286C	287A	288B	289C	290A	291B
TRANSPOSABLE ELEMENTS AND DNA REPAIR
enhancer trap
195B
other
182A	187C	188A	189B	190C	191A	192B	193C	194A	195B
recombination
84	179A	180B	181C
repair
84	179A	180B	181C	182A	183B	184C	186B
replication
178C	185A
transposable elements
178C	183B	184C	185A	186B	187C	188A	189B	190C	191A
192B	193C	194A

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