GENERAL INFORMATION
Concerning Meals
All meals will be served buffet style
Breakfast will be served in the Ballroom from 7:00-8:30 AM
Lunch will be served in the Ballroom from 12:30-1:30 PM
Dinner will be served in the Ballroom from 6:00-7:00 PM
Coffee, tea and soft drinks are available at no charge during beverage breaks
Informal Meeting Place: IMPORTANT NOTICE
Rooms 6102/6104 will be available for informal socializing each evening until 4AM. These are "private party rooms" and beer may be brought in as such. However, you will have to stay in these rooms if you are carrying drinks and dispose of your trash and bottles in the party room, NOT elsewhere in the hotel. These are reasonable policies from the hotel, and your compliance with them is extremely important.
Talks and Posters
Talks and Workshops will be presented in Forum A
Posters will be presented in Forum BC, adjacent to the talks
Posters may be hung up on Thursday evening, and must be removed by NOON Sunday
Steering Committee
Please share your suggestions or comments about the meeting with the Steering Committee
Julie Vogel, co-chair Al Kriz
Cliff Weil, co-chair Jane Langdale
Becky Boston Mike McMullen
Ben Bowen Neelima Sinha
Kelly Dawe Karen Cone, treasurer, ex officio
Marty Sachs, Local Organizer
Acknowledgements
Many thanks to the members of the Community for participating in this years experiment with electronic abstract submission. Your efforts are highly appreciated. It has been an outstanding success a full year ahead of schedule thanks largely to the work of Mary Polacco and her colleagues at the University of Missouri. Please address any comments or suggestions about electronic submission either to Cliff Weil or to Mary Polacco.
NEXT MAIZE MEETING: 19-22 March 2000, Coeur dAlene, Idaho
Local Organizer: CliffWeil, [email protected]
41st Annual Maize Genetics Conference
March 1999
THURSDAY, 11 March
6:00-7:00 PM DINNER
7:15-7:30 PM ANNOUNCEMENTS
7:30-9:00 PM PLENARY TALKS
Chair: Cliff Weil7:30 Sue Wessler, Univ. of Georgia
MITEs: Transposable elements that create allelic diversity and serve to anchor a novel class of "smart" molecular markers
8:15 Philip Benfey, New York Univ.
Radial patterning in root and shoot development
FRIDAY, 12 March
7:00-8:30 AM BREAKFAST
8:30-10:00AM SESSION #1
Chair: Jane LangdaleDEVELOPMENT 1
8:30 Mike Scanlon, Univ. of Georgia
semaphore1: a recessive mutation disrupting knox gene expression in shoots
8:45 Paula McSteen, Plant Gene Expression Center
barren inflorescence2 is required for axillary meristem initiation/maintenance
9:00 Anne Sylvester, Univ. of Idaho
Balanced cell growth during maize leaf morphogenesis: Analysis of cell pattern mutations
RNA AND PATHOGEN RESPONSES
9:15 Shailesh Lal, Univ. of Florida
In vivo analysis of pre-mRNA splicing mutants at the Brittle-2 and Shrunken-2 loci in maize
9:30 Don Baldwin, Pioneer Hi-Bred
RNA transcript profiling for detecting early maize responses to a fungal pathogen and its toxin
9:45 Georgia Davis, USDA-ARS CHPRRU, Mississippi
QTL for Aflatoxin Reduction in Maize
10:00-10:30AM BREAK WITH BEVERAGES
10:30-12:00PM SESSION #2 Chair: Mike McMullen
COMPARISONS OF MAIZE LINES
10:30 Bob Bird, NC State Univ.
Sampling the Zea Universe: A Test Array
10:45 Mary Alleman, Duquesne Univ.
The origin of structural complexity at the maize r1 locus
11:00 Dave Weber, Illinois St. Univ.
Comparative recombination distances among varieties of Zea mays L.
RECOMBINATION
11:15 Steve Stack, Colorado St. Univ.
Synaptonemal complex karyotype for maize
11:30 Dave Selinger, Univ. of Arizona
The b locus has an unusually high frequency of nucleotide substitutions in the upstream region and contains a recombinational hotspot with distinct borders.
11:45 Bill Eggleston, Virginia Commonwealth Univ.
Rate and pattern of homologous recombination at the maize R1 locus
12:30-1:30PM LUNCH
1:30-3:00PM POSTER SESSION I
Contributors will be at ODD-NUMBERED posters3:00-3:30PM BREAK WITH BEVERAGES
3:30-5:00PM POSTER SESSION II
Contributors will be at EVEN-NUMBERED posters6:00-7:00PM DINNER
7:30PM WORKSHOP: GENOMIC APPROACHES IN MAIZE
Speakers (listed alphabetically):
Jeff Bennetzen
Comparative genomics, targeted on maizeZac Cande
An integrated map of cytological, genetic & physical information of maizeEd Coe
Our roots in the past, our flowering in the futureJohn Doebley
Evolutionary genomics of maizeHugo Dooner Use of the transposon Ac as a gene searching engine in the maizegenome
Keith Edwards
Maize genomics at IACR Long Ashton Research StationRob Martienssen Target-selected Mutagenesis in Maize using Robertson's Mutator transposons.
Howard Rines
Maize chromosome addition lines of oat and derived radiation hybrids as maizegenomics tools
Torbert Rocheford
Genomic analysis of seed quality traits in maizeVirginia Walbot
Maize gene discovery, DNA sequencing and phenotypic analysisSATURDAY, 13 March
7:00-8:30 AM BREAKFAST
8:30-10:00AM SESSION #3
Chair: Becky BostonTRANSPOSONS
8:30 Ryuji Ishikawa, Hirosaki Univ.
Structual Difference of RiceMutator and maize Mutator elements and the activity of RiceMutator
8:45 Cliff Weil, Univ. of Idaho
Ac/Ds transposition in yeast cells
9:00 Tom Brutnell, Oxford Univ.
Shotgun mutagenesis: A mapped-based approach to gene tagging in maize
POLLEN, EMBRYO, SEEDLING
9:15 Chris Chase, Univ. of Florida
Nuclear restorers-of-fertility disrupt essential mitochondrial gene expression in S male-sterile maize
9:30 Wolfgang Werr, Univ. of Köln
Embryo-specific mutants blocked in the radial organization of the proembryo fail in the establishment of meristems during maize embryogenesis
9:45 Lynne Jesaitis, UC Berkeley
Novel morphological mutants of the coleoptile
10:00-10:30AM BREAK WITH BEVERAGES
10:30-12:00PM SESSION #4 Chair: Neelima Sinha
CYTOGENETICS
10:30 Kelly Dawe, Univ. of Georgia
Structural (CPC) and regulatory (MAD2) components of the maize kinetochore
10:45 Gerd Weber, Univ. Hohenheim
Physical localization of molecular markers on maize chromosomes and their correlation to the genetic map
11:00 Zac Cande, UC Berkeley
Meiotic prophase chromosome behavior in maize and rye
EPIGENETICS
11:15 Elsbeth Walker, Univ. of Massachusetts
The role of the Doppia transposable element in r1 paramutation
11:30 Lyudmila Sidorenko, Iowa St. Univ.
Fragments of the P-RR promoter induce a paramutant-like state of the endogenous P-RR allele
11:45 Charles Papa, Univ. of Wisconsin
Sequence and function of a maize DNA methyltransferase
12:30-1:30PM LUNCH
1:30-3:00PM POSTER SESSION III
Contributors will be at EVEN-NUMBERED posters3:00-3:30PM BREAK WITH BEVERAGES
3:30-5:00PM POSTER SESSION IV
Contributors will be at ODD-NUMBERED posters4:30-6:00PM WORKSHOP: TECHNOLOGY TRANSFER AND LICENSING
Speakers: Al Kriz Technology Transfer and Licensing Workshop
Bryan Renk Technology Transfer as it pertains to academic research
Nicholas Seay Basics of Patent Law for Plant Breeders
6:00-7:00PM DINNER
7:30-9:00 PM PLENARY TALKS
Chair: Julie Vogel7:30 Rich Jorgensen, Univ. of Arizona
Homology-based control and epigenetic inheritance of gene expression patterns in transgenic plants
8:15 Pat Schnable, Iowa St. Univ.
Molecular basis of fertility restoration in cmsT maize
SUNDAY, 14 March
7:00-8:30 AM BREAKFAST
8:30-10:00AM SESSION #5
Chair: Ben BowenTRANSCRIPTION FACTORS
8:30 Erich Grotewold, Ohio St. Univ.
The maize R2R3 Myb gene family
8:45 Wes Bruce, Pioneer Hi-Bred
mRNA profiling of the flavanoid genes controlled by inducible transcriptional factors, CRC and P
9:00 Don McCarty, Univ. of Florida
Structure and evolution of the B3 protein superfamily in plants
DEVELOPMENT 2
9:15 Yutaka Sato, Nagoya Univ.
Analysis of the functions of class1 type kn1-like homeobox genes
9:30 Mike Freeling, UC Berkeley
Negative Regulation of homeobox genes lg3 and rs1
9:45 Peter Rogowsky, ENS-Lyon
Genes involved in early maize embryogenesis
10:00-10:30AM BREAK WITH BEVERAGES
10:30-12:00PM SESSION #6 Chair: Kelly Dawe
SEX and RECOVERY
10:30 Helene Laparra, Yale Univ.
Cell death and cell protection genes in the maize sex determination pathway
10:45 Thomas Dresselhaus, Univ. of Hamburg
Gene regulation in male and female gametophytes before and after fertilization
11:00 Manish Raizada, Stanford Univ.
Mutator in Transgenic Maize: RescueMu and 35S-mudrA, New Biology and Biotecnology
BIOCHEMICAL GENETICS
11:15 Pascale Williams, Oregon St. Univ.
Analysis of the Coproporphyrinogen III Oxidase Genes and Their Expression in Maize
11:30 Jinsheng Lai, Rutgers Univ.
Eliminating Genetic Variability of the High Methionine Phenotype in Maize
11:45 Heping Cao, Iowa St. Univ.
Identification and biochemical characterization of starch synthase activity coded for by dull1
POSTERS
I. CYTOGENETICS
Presenter |
Title |
|
1 |
Peter Carlton |
Localization and morphology of centromeres in meiotic prophase |
2 |
Amie Franklin |
Maize desynaptic 2, a chromosome-pairing meiotic mutant, has aberrant Rad51 filaments when chromosomes pair |
3 |
Evelyn Hiatt |
Characterizing Ab10-mediated meiotic drive in maize |
4 |
Bryan Kindiger |
Apomixis and seed fertility in maize x Tripsacum wide hybridizations |
5 |
Dan Maillet |
Nucleolar fusion in Zea mays L. |
6 |
Gerd Weber |
Physical localization of molecular markers on maize chromosomes and their correlation to the genetic map |
7 |
Hong-Guo Yu |
The maize homolog of the cell cycle checkpoint protein Mad2 reveals kinetochore substructure and contrasting mitotic and meiotic localization patterns |
II. DEVELOPMENTAL GENETICS |
||
8 |
Bruce Abedon |
Cell wall composition in juvenile and adult leaves of B73 and De811 |
9 |
Yvonne Asuncion-Crabb |
CRINKLY 4-like Receptors in Zea mays and Arabidopsis thaliana |
10 |
R. Frank Baker |
Efforts to clone the glossy early flowering gene |
11 |
Philip W. Becraft |
Signaling epidermal differentiation. |
12 |
Wolfgang Werr |
Embryo-specific mutants blocked in the radial organization of the proembryo fail in the establishment of meristems during maize embryogenesis. |
13 |
David Braun |
Structure/function analysis of LIGULELESS1 |
14 |
John Anderson |
The structural analysis of ms22, a male-sterile mutant of maize |
15 |
Erica Unger |
DAM-mediated male-sterility is influenced by the position of the anther-specific promoter relative to the selectable marker gene. |
16 |
Joe Colasanti |
What is id1 doing in the maize leaf? |
17 |
Xiangqin Cui |
The physiological role of Rf2 independent of its role as a cms-T restorer |
18 |
Matthew Evans |
Mutations with maternal gametophyte effects on kernel development |
19 |
Chris Giedt |
LAG1-O developmental control of Ac/Ds transposition |
21 |
Rachelle Goldman |
Response of maize root tips versus axes to hypoxia and anoxia |
22 |
Tao Guo |
Maize dek1 gene is a candidate member of the crinkly4 signal transduction pathway |
23 |
Sabine Hantke |
Isolation and expression analysis of cim1, a nucellus-specific gene in maize |
24 |
F. Hochholdinger |
Genetic analysis of root initiation in maize |
25 |
Jay B. Hollick |
The rmr6 locus affects pl paramutation and plant development |
26 |
Erin Irish |
Rejuvenation by meristem culture restores hypomethylation at Pl-blotched |
27 |
Nick Kaplinsky |
Analysis of rgo1 and rgo2 - a progress report |
28 |
Akio Kato |
Single fertilization in maize |
29 |
Sharon Kessler |
Analysis of Xcl, a mutation affecting planes of cell division |
30 |
Debbie Laudencia-Chingcuanco |
Indeterminate floral apex 1 is required for meristem determinacy and meristem identity |
31 |
Jun Lim |
Zmscarecrow reveals that positional information plays a pivotal role in radial patterning during quiescent center regeneration |
32 |
Mark Lubkowitz |
A modified yeast screen to identify downstream targets of roughsheath1 and liguleless3 |
33 |
Sheila McCormick |
Odd-man-out, dyad pollen and raring-to-go: cool names for cool pollen mutants in Arabidopsis |
34 |
Mike Scanlon |
The narrow sheath duplicate-factor mutations prevent recruitment of a subset of leaf founder cells. |
35 |
Paula McSteen |
barren inflorescence2 : Genetic analysis |
36 |
Miso Mitkovski |
Balancing cell division and expansion: Further characterizaton of tan-py |
37 |
Michael Muszynski |
The use of apical dominance mutants to identify signals coordinating ear formation and growth |
38 |
Jennifer Nelson |
Leaf epidermal patterning mutants: abaxial/adaxial switching in the dorsiventral polarity mutant Rolled and abnormal stomatal complexes in Intarsia*. |
39 |
Woong June Park |
Two new maize mutants with defects in lateral root elongation |
40 |
Leonore Reiser |
Identification of extragenic enhancers of the knotted1 loss of function phenotype. |
41 |
Carol Rivin |
Maternal effect and zygotic genes modify a shootless embryo phenotype |
42 |
George Theodoris |
DNA binding studies on the Rough Sheath2 protein |
43 |
Jeff Thornsberry |
Recovery of photosynthetic function coincident with an increase in normal mitochondrial nad4 genes during maturation of defective leaf sectors of NCS2 heteroplasmic plants. |
44 |
Miltos Tsiantis |
The rough sheath2 gene controls knox expression and leaf cell fate in maize |
45 |
Randall Tyers |
Insertional mutations in knotted1-like homeobox genes |
46 |
P. Leszek D. Vincent |
Improving the effective use of the maize genome database for plant breeders, developmental biologists and other users |
III. MOLECULAR GENETICS |
||
47 |
Donald L. Auger |
Nuclear gene dosage affects the expression of mitochondrially encoded cytochrome oxidase genes in maize |
48 |
Richard Thompson |
Components of the maize GCN5/ADA2 coactivator complex |
49 |
Robert McK. Bird |
A cpSSR survey of Zea: confirmation and surprises in a test array |
50 |
Erich Grotewold |
The maize R2R3 Myb gene family |
51 |
Wes Bruce |
mRNA profiling of the flavanoid genes controlled by inducible transcription factors, CRC and P |
52 |
Charles C Carey |
Regulation of the anthocyanin pathway by a3 |
53 |
Ching-Chun Chang |
Nucleus-encoded T7-like RNA polymerases in mitochondria and chloroplasts |
54 |
Todd Christensen |
Identification and characterization of Rop GTPases in Zea mays |
55 |
Pietro Ciceri |
The activity of the maize Opaque-2 transcriptional activator is regulated diurnally |
56 |
Suzy Cocciolone |
Analysis of transgenic plants reveals new information about old genes |
57 |
Craig Coleman |
Transgenic expression of zein proteins in tobacco seed |
58 |
Jennifer L. Conner |
Adapt or fry: physiological and genetic analysis of responses to ultraviolet radiation |
59 |
C Dietrich |
Genetic characterizations of cuticular wax accumulation |
60 |
Jane E. Dorweiler |
Mutations that prevent paramutation and correlations with chromatin structure |
61 |
Snezana Drinic Mladenovic |
Embryo salt soluble proteins as markers for genetic diversity among maize inbred lines |
62 |
Xiaowu Gai |
EST assembly and annotation tools and a maize EST database |
63 |
Wolfgang Goettel |
P1-rr is paramutable when heterozygous with the paramutagenic P1-pr allele |
64 |
Gregorio Hueros |
Isolation of a putative transcriptional activator, mzMRP-1, specifically expressed at the transfer cells of the maize endosperm |
65 |
Baozhu Guo |
Preliminary identification and sequences of a gene in the sh2-a1 region that affects silk maysin concentration in maize silks |
66 |
Jose F. Gutierrez-Marcos |
Screening for imprinted genes in maize endosperm |
67 |
Linda Harris |
Genes induced during Fusarium graminearum infection of maize |
68 |
Tim Helentjaris |
Some insights into how modern genomics technologies are changing the practice of genetics |
69 |
Reinhard Kunze |
Characterization of mus1 and mus2, two mutS homologous genes from Zea mays |
70 |
John Fowler |
Novel C-terminal sequences are required for efficient targeting of a maize Rho family GTPase to the plasma membrane |
71 |
Michael McMullen |
The identification of a second salmon silk gene |
72 |
Shailesh Lal |
In vivo analysis of pre-mRNA splicing mutants at the Brittle-2 and Shrunken-2 loci in maize |
73 |
Luciana L. B. Lanza |
RFLP as an invaluable tool for revealing tropical maize heterotic subgroups and predicting single cross hybrids yield performance |
74 |
Carolyn Lawrence |
Molecular analysis of Zmkin1 and other maize kinesin-like proteins |
75 |
Yong Li |
Phylogenetic relationships within Tripsacum as detected by RAPD variation |
76 |
Feng Liu |
Maize aldehyde dehydrogenase gene family |
77 |
Zhengrong Ma |
Molecular analysis of dek(defective kernel) mutant in maize |
78 |
Barbara Basso |
An integrated map of a portion of chromosome 3L, in proximity of the ys3 locus |
79 |
Beiquan Mou |
Inheritance of Su1 transgenes in maize plants |
80 |
Rebecca Mroczek |
Analysis of the organization of the abnormal-10 chromosome of maize |
81 |
Pierre-Jean Ripoll |
A maize BAC library from the european flint inbred line F2 |
82 |
Paula Olhoft |
The maize maintenance methylase gene Zmet1 and changes in 5-methylcytosine levels throughout development |
83 |
Tadas Panavas |
Structural features associated with paramutagenicity and paramutability of the r1 locus |
84 |
Charles M. Papa |
Sequence and function of a maize DNA methyltransferase |
85 |
Gregorio Hueros |
A maize homologue of the prokaryotic CMP-KDO synthethase gene complements a bacterial cell wall synthesis mutant |
86 |
Yutaka Sato |
Analysis of the functions of class1 type kn1-like homeobox genes |
87 |
Gregorio Segal |
Four novel basic leucine zipper cDNAs from maize endosperm |
88 |
David Selinger |
The B-Bolivia allele has multiple, epigenetically heritable states that have distinct aleurone expression phenotypes, but do not differ in plant expression |
89 |
Natalya Sharopova |
Abundance and variation of imperfect simple sequence repeats in maize ESTs |
90 |
Lyudmila Sidorenko |
Fragments of the P-RR promoter induce a paramutant-like state of the endogenous P-RR allele |
91 |
Russ Spangler |
Sorghum generic limits and species delimitation using ndhf and morphology |
92 |
Maike Stam |
Identification of sequences at the b locus that are required for paramutation |
93 |
David Stevenson |
A hybridisation based screen for identifying gene knock-outs in maize |
94 |
Liangjiang Wang |
Display of Miniature Inverted repeat Transposable Elements in maize |
95 |
Christine D. Chase |
Nuclear restorers-of-fertility disrupt essential mitochondrial gene expression in S male-sterile maize |
96 |
Suk-Hwan Yang |
The expression of a synthetic codon adjusted porcine alpha-lactalbumin gene in maize |
97 |
Hong Yao |
Characterization of meiotic recombination within the a1-sh2 interval |
98 |
Peifen Zhang |
Isolation and characterization of a second P gene in maize: another contributor to maysin synthesis? |
IV. BIOCHEMICAL GENETICS |
||
99 |
Robert A. Bouchard |
Quantification and localization of 18kD HSP mRNA accumulated during metal-ion insult of maize seedling radicles and plumules. |
100 |
Heping Cao |
Identification and biochemical characterization of the starch synthase activity coded for by dull1 |
101 |
Miguel Cervantes-Cervantes |
Isolation of geranylgeranylpyrophosphate synthase (GGPPS) cDNA clones from maize endosperm by color complementation in Escherichia coli. |
102 |
Carla P. Cota |
Development of rice transformation for analysis of maize transgenes |
103 |
C.D. Goodman |
The next step in the anthocyanin pathway: a novel Z. mays multi-drug resistance associated protein (mrp) regulated by the R & C1 transcription factors |
104 |
J. M. Hernandez |
Characterization of a maize gene encoding a conserved WD40 protein |
105 |
Kathleen Newton |
The NCS2 mitochondrial mutant has a partial respiratory complex I and enhanced expression of nucleus-encoded mitochondrial stress proteins |
106 |
Jonathan Lightner |
Production of a very-high amylose corn starch by inactivation of starch branching enzyme i in an amylose-extender mutant background |
107 |
Paul D. Matthews |
On golden pollen |
108 |
Beom-Seok Seo |
Interaction of branching enzymes in corn starch synthesis with enzymes in yeast glycogen synthesis |
109 |
Subbaiah Chalivendra |
Potential involvement of maize AIP in the anoxia-induced death of the root tip |
110 |
Uta von Rad |
Purification of two UDPG::benzoxazinone glucosyltransferases from maize seedlings |
111 |
Pascale Williams |
Analysis of the coproporphyrinogen III oxidase genes and their expression in maize |
112 |
Jia Yu |
Immunolocalization of carotenoid enzymes in maize |
V. CYTOPLASMIC INHERITANCE |
||
113 |
J. Clinton Bailey |
Novel plasmid-like subgenomes are derived from the "main" mitochondrial DNA of P2 strain of maize |
114 |
Chester L. Dewald |
A novel cytoplasm for maize |
115 |
Roger Wise |
Positioning the Rf8 fertility restorer in the maize genome |
VI. TRANSPOSABLE ELEMENTS |
||
116 |
Scott Bercury |
A molecular analysis of the structure and function of the Doppia transposable element |
117 |
Joel Caren |
Introns derived from insertions that duplicate host sequences |
118 |
James Carey |
Evolutionary analysis of retrotransposon insertion sites adjacent to specific genes within Zea |
119 |
Alexandra Casa |
MITEs, a novel class of "smart" molecular marker located preferentially in genic regions. |
120 |
Ryuji Ishikawa |
Structual difference of RiceMutator and maize Mutator element and the activity of RiceMutator |
121 |
Shailesh Lal |
A putative insertion at the Sh2 locus in maize mutant sh2-7527 lacks terminal repeats, does not make a duplication of host sequence and causes unique splicing of sh2 transcripts |
122 |
Bailin Li |
Mutator transposable elements preferentially insert into genes in the maize genome |
123 |
Damon Lisch |
Chromatin structure of MuDR elements. |
124 |
Damon Lisch |
Homologs of non-autonomous Mu elements |
125 |
Damon Lisch |
Sequence analysis of MuDR homologs. |
126 |
Todd Matulnik |
Analysis of a protein which binds a specific palindrome motif in the LTR of a class of retrotransposons in maize |
127 |
Akemi Ono |
Analysis of MURA and MURB localization |
128 |
Manish Raizada |
Mutator in transgenic maize: RescueMu and 35S-mudrA, new biology and biotecnology |
129 |
Guo-Ling Nan |
Maize gene discovery: A reverse genetic approach using a retrievable Mu tag (RescueMu) |
130 |
Reinhard Kunze |
Correlation of Ac/Ds element transposition with DNA methylation and replication |
131 |
George Rudenko |
Transposon diversity: characterization of new classes of MuDR-homologous elements from maize |
132 |
Natascha Techen |
Isolation of two new CACTA transposable elements (TE) from anthocyanin genes in maize |
133 |
Nigel Walker |
The toxicity of MuDR in E. Coli is mediated by the dnaY gene. |
134 |
Clifford Weil |
Ac/Ds transposition in yeast cells |
135 |
Yongli Xiao |
Transposon (Ac)-induced homologous recombination at maize P locus and in transgenic Arabidopsis |
136 |
Hugo Dooner |
Origination of Ds elements from Ac elements in maize: evidence for rare repair synthesis at the site of Ac excision |
137 |
Jianbo Zhang |
Nested deletions generated by non-linear transposition of Ac/fAc elements in maize |
VII. QUANTITATIVE TRAITS |
||
139 |
Georgia Davis |
QTL for aflatoxin reduction in maize |
140 |
Natalia de Leon |
Twenty-four cycles of mass selection for prolificacy in the Golden Glow maize population |
141 |
E. A. Lee |
Dissecting maysin QTLs - elucidation of transcriptional regulation of the flavone pathway. |
142 |
Suzanne Mueller |
Identification of QTL for seed weight in a Krug Large Seeded inbred X B73 F2 population. |
143 |
David F. Weber |
Comparative recombination distances among varieties of Zea mays L. |
144 |
Gad Yousef |
Empirical evaluations of marker-assisted selection for improving quantitative traits in sweet corn. |
VIII. GENOME STRUCTURE/SYNTENY |
||
145 |
Mary Alleman |
The origin of structural complexity at the maize r1 locus |
146 |
C.A. Blakey |
Tripsacum apomixis: one gene, two genes, three genes, more? |
147 |
Chris Carson |
Progress in the effort to map 3400 mutants |
148 |
Ed Coe |
Comprehensive genetic, physical, and database resources for maize |
149 |
David Frisch |
BAC library resource center for agricultural genomics |
150 |
Susan Gabay-Laughnan |
Restorer genes for CMS-S are present in the Zea mays subspecies mays, mexicana and parviglumis from Mexico |
151 |
Toby Kellogg |
Phylogeny and a new classification of the grass family (Poaceae) |
152 |
Victor Llaca |
Comparative genomics to study genome expansion in maize |
153 |
Blake Meyers |
Diversity and abundance of the gypsy-like group of LTR-retrotransposons in the corn genome |
154 |
Mary Polacco |
MaizeDB: integrated maize genome resource. Community curation, database interoperability, and comparative map displays |
155 |
Gernot Presting |
Development of a framework for sequencing the rice genome: fingerprinting and BAC end sequencing of the CUGI Nipponbare BAC library |
156 |
Pablo Rabinowicz |
Genetically filtered shotgun sequencing of complex eukaryotic genomes |
157 |
David Selinger |
The b locus has an unusually high frequency of nucleotide substitutions in the upstream region and contains a recombinational hotspot with distinct borders. |