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Development and Structure

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IDTitleSection/TopicAuthorsKeywords
607A climbing fig: what is the strategy for success?Development and StructureAngeles, Pedro; Ewers, Frank; Lopez-Portillo, Jorge; Cocoletzi , Eliezer.xylem
hydraulic efficiency
functional traits
Leaf Architecture
195A developmental a transcriptional framework for pollinator-driven evolutionary transitions in petal spur morphology in Aquilegia (columbine)Development and StructureEdwards, Molly B.; Edwards, Molly B.; Ballerini, Evangeline S.; Kramer, Elena M..
184Androecial Evolution in the Dioecious Species of Paronychia (Caryophyllaceae)Development and StructureAppleton, Andrea; Schenk, John.androecium
Caryophyllaceae
development
Dioecy
evo-devo
floral evolution
homology
heterochrony
Paronychia
stamen
staminode
430An examination of the macro- and micro-morphology and function of staminodes in the Plains Prickly Pear Opuntia polyacantha (Cactaceae)Development and StructureRice, Ryan-Scott; Falconer, Denver; Vera Velez, Roy; Belliveau, Nicholas; Cota-Sanchez, Hugo.androecium
floral traits
pollen
pollination
staminode
perianth
terminology
1090A structural model for a key innovation in seed plant reproduction: Fleshy diaspores in the gymnosperm Ephedra (Gnetales)Development and StructureDi Stilio, Veronica; San Martin, Juca; Pozner, Raul; Nolan, Christine.Seed Dispersal
cellulosic fibers
Mucins
anatomy
RNAseq
594Autofluorescence for rapid visualization of plant anatomy among diverse taxaDevelopment and StructurePegg, Timothy; Gladish, Daniel; Baker, Robert (Rob).Viridaeplantae
anatomy
aldehyde
cellular
fixation
methods
Laser Scanning Confocal Microscopy
sub-cellular
throughput
autofluorescence
572Candidate genes for nectary development in PenstemonDevelopment and StructureKatzer, Amanda; Wessinger, Carolyn; Hileman, Lena.Penstemon
transcriptomics
nectary development
pollination syndrome
606Cell morphology and vascular differentiation in the meristems of diploid, triploid and tetraploid Annona cherimola genotypesDevelopment and StructureMontano-Garcia, Jose Antonio; Montano-Garcia, Jose Antonio; Hormaza, Jose Ignacio; Lora , Jorge; Losada, Juan Manuel.polyploidy
Annona cherimola
Meristem development
PIN1
Phloem Architecture
Vascular
914Cellular dynamics of nectar spur elongation in three species of Chilean nasturtiums (Tropaeolum sect. Chilensia)Development and StructureSt. Clair, Mallory K.; Smith, Annika; Castillo, Raiza; John, Grace; Soltis, Douglas E.; Soltis, Pamela.nectar spur development
Tropaeolum
anisotropy
cell division
641Characterization of the Abscission Zone of cultivated and weedy rice at population levelDevelopment and StructureLi, Xiang; Lowey , Daniel; Lessard , Jessica ; Caicedo, Ana.Seed Dispersal
Abscission Zone
rice 
weed evolution
354Comparative analysis of corolla tube development across three closely related Mimulus species with different pollination syndromes Development and StructureGurung, Vandana; Yuan, Yaowu; Diggle, Pamela.Corolla tube
Developmental dynamics
heterochrony
Mimulus
morphology
Cellular processes
330Comparative Transcriptomic Analysis of Juvenile and Adult Leaf Morphologies in ConifersDevelopment and StructureWebster, Cynthia; Figueroa Corona, Laura; Vázquez-Lobo, Alejandra ; Wegrzyn, Jill.Heteroblasty
RNA-Seq Analysis
304Consequences of whole genome duplication on 2n pollen performance traitsDevelopment and StructureWilliams, Joseph.polyploidy
Whole genome duplication
Function
pollen
Pollen aperture
cell size
502Convergent evolution of lipid-based structural colors in fruits: a new example in Lantana strigocamaraDevelopment and StructureSinnott-Armstrong, Miranda; Ogawa, Yu; van de Kerkhof, Gea Theodora; Vignolini, Silvia; Smith, Stacey.fruit color
structural color
Seed Dispersal
732Create morphological tracks: Flower development of male and female hemp plantsDevelopment and StructureShi, Jiaqi; Schilling, Susanne; Dowling, Caroline; Melzer, Rainer.Cannabis sativa
Floral development
morphology
287CYC’d Out: CYCLOIDEA paralogs exhibit redundant function in establishing dorsal petal identity in Mimulus lewisiiDevelopment and StructureDunivant, Taryn; Singh, Vibhuti; Livingston, Kaylee; Hileman, Lena.Mimulus lewisii
CYCLOIDEA
Bilateral flower symmetry
Stable transformation
RNAi Silencing
128Deciphering development of the seed coat in morphologically diverse seeds in members of Gnetales: Gnetum gnemon, Ephedra californica and Ephedra antisyphiliticaDevelopment and StructureZumajo, Cecilia; Ambrose, Barbara.ovules
evo-devo
synangial hypothesis
morpho-anatomy
seed anatomy
development
881Developmental and genetic mechanisms underlying trichome formation in the Aristolochia (Aristolochiaceae: Piperales) perianthDevelopment and StructureSuarez Baron, Harold; González, Favio; Pelaz, Soraya; Alzate, Juan Fernando ; Ambrose, Barbara; Pabon Mora, Natalia.Aristolochia
Aristolochiaceae
epidermis development
floral multicellular trichomes
perianth
408Does Hand Size Influence the Floral Initiation Pattern in Banana (Musa, Musaceae)?Development and StructureBaughman, Melanie; Kirchoff, Bruce.development
inflorescence
flower
hand
Musaceae
Musa
flower development
inflorescence development
378Duplication and Expression Patterns of CYCLOIDEA-like genes in CampanulaceaeDevelopment and StructureTong, Jingjing; Knox, Eric; Morden, Clifford; Cellinese, Nico; Mossolem, Fatima; Zubair, Aarij; Howarth, Dianella G. .Campanulaceae
Flower architecture
CYCLOIDEA
Gene duplication
gene expression
435Elucidating the developmental and genetic basis of a novel floral feature in CleomaceaeDevelopment and StructureZenchyzen, Brandi; Carey, Shane; Antochi-Crihan, Georgiana; Hall, Jocelyn.floral morphology
Floral development
transcriptomics
Cleomaceae
192Embedding in polyethylene glycol (PEG) produces results comparable to paraffinDevelopment and StructureRomanov , Anastasia ; Ly, Kathy; Kirchoff, Bruce.microtechnique
Carbowax
polyethylene glycol
PEG
paraffin embedding
451Evolution and expression of flowering integrators in neotropical orchidsDevelopment and StructureMadrigal, Yesenia; Alzate, Juan Fernando ; Pabon Mora, Natalia.gene regulatory network
Orchidaceae
Flowering
Meristem development
differential gene expression
Gene evolution
evo-devo
flowering plant evolution
371Evolution of floral pigment intensity in PenstemonDevelopment and StructureNedblake, Haylee; Wessinger, Carolyn; Hileman, Lena.Penstemon
anthocyanin
F3’5’H
CHI
floral evolution
flower color
695Exploring phyllotaxis genes and one-sided spirals in Costus LDevelopment and StructureGuan, Clarice; Landis, Jacob; Valderrama, Eugenio; Skinner, David; Phillips, Heather; Specht, Chelsea.Phyllotaxis
Auxin
PIN proteins
Costus L.
Zingiberales
Costaceae
SoPIN
655Exploring the genetic basis of ontogeny and morphology through the use of second-order function-value traitsDevelopment and StructureHodge, John; Doust, Andrew.function value trait
modeling
development
height
Setaria
phenomics
1080Exploring the potential evolutionary adaptation of leaf heteroblasty in Hawaiian Chenopodium oahuense ssp. ilioensisDevelopment and StructureBullock, Madison; Williams, Tanisha; Martine, Christopher; Haase, Butch; Cantley, Jason.Heteroblasty
Chenopodium
Morphometrics
Hawai‘i
985Expression of CUC genes in the fused organs of LoniceraDevelopment and StructureZhang, Jingbo; Lee, Aaron; Srivastav, Mansa; Basu, Adreeja; Tong, Jingjing; Clement, Wendy; Donoghue, Michael; Howarth, Dianella G. .CUC1/2 genes
gene expression
gene function
Lonicera
NAC transcription factor family
organ fusion
895Floral vascular architecture: Nectar spurs in the nasturtiums (Tropaeolum)Development and StructureSmith, Annika; Stanley, Edward L.; Struwe, Lena; Garcia, Nicolas; Soltis, Douglas E.; Soltis, Pamela S..nectar spur
comparative anatomy
floral morphology
floral evolution
Brassicales
Tropaeolaceae
developmental constraint
vasculature
42From cells to stems: the hydraulic implications of primary vascular construction in fernsDevelopment and StructureSuissa, Jacob; Friedman, William.cavitation
fern
optical vulnerability
primary vasculature
rhizome
stele
vulnerability segmentation
xylem
560Gelatinous fibers as fundamental building blocks of plant movement: a case study in woody vinesDevelopment and StructureChery, Joyce; Glos, Rosemary; Anderson, Charles.gelatinous fibers
tension fibers
lianas
climbing mechanisms
cell wall
brassinosteroid
hormones
vines
424Gland Development and Evolution in the MalpighiaceaeDevelopment and StructureBurrus, Abagail; Kramer, Elena M.; Davis, Charles.oil glands
Malpighiaceae
Trait evolution
Developmental biology
morphology
glands
681High-frequency shoot regeneration from leaf explants and assessment of clonal fidelity of micropropagated plantlets of lamb’s lettuce (Valerianella locusta L.)Development and StructureBasu, Adreeja; Benedict Victor, Sofia Mary; Howarth, Dianella G. .Valerianella
leaf explant
multiple shoots
clonal fidelity
355Is CRABS CLAW gene expression associated with nectary development in Penstemon?Development and StructureSchlenk, Noelle; Katzer, Amanda; Hileman, Lena.Penstemon
YABBY
CRABS CLAW
nectary development
966Knockdown of floral symmetry in Fedia gracilifloraDevelopment and StructureMustacchio , Theresa A.; Tong, Jingjing; Savriama, Yoland; Berger , Brent Alexander; Howarth, Dianella G. .Floral development
Morphometrics
CYCLOIDEA
floral morphology
887Leaf anatomy of Phthirusa inorna (B.L. Rob. & Greenm.) Kuij and P. conspicua (Benth.) Eichler(Loranthaceae) from MexicoDevelopment and StructureCerros-Tlatilpa, Rosa; Ceja-Romero, Jacqueline; Mendoza-Ruiz, Aniceto.Mistletoes
leaf anatomy
Hemiparasites
Loranthaceae
577Leaf tooth in Rosa sp. (Rosaceae): a morphoanatomical study of the glands found at the leaflet tooth apexDevelopment and StructureSilva, Maycon de Sousa; Coutinho, Italo Antônio Cotta; Rios, Alex Batista Moreira; Dalvi, Valdnéa Casagrande.secretory structure
histochemistry
anatomy
colleter
Plant ecology
596Live-imaging uncovers cellular growth patterns shaping Arabidopsis stamenDevelopment and StructureDa Silveira , Sylvia Rodrigues; Le Gloanec, Constance; Routier-Kierzkowska, Anne-Lise; Kierzkowski, Daniel.Morphogenesis
Time-lapse imaging
Arabidopsis thaliana
Growth analysis 
Differentiation
Floral organ
497Molecular framework underlying floral bilateral symmetry and nectar spur development in Tropaeolum, an atypical member of the BrassicalesDevelopment and StructureMartínez-Salazar, Sebastián; González, Favio; Alzate, Juan Fernando ; Pabon Mora, Natalia.Bilateral flower symmetry
CINCINNATA
CYCLOIDEA
evo-devo
floral tube
KNOX
nectar spur development
905Morphological and histochemical diversity of the secretory structures in leaves and stems of the Stylosanthes guianensis (Leguminosae, Papilionoideae) complexDevelopment and StructureGissi , Danilo Soares; Seixas, Diana Pacheco; Fortuna-Perez, Ana Paula; Rodrigues, Tatiane Maria.secretory emergences
leaflet blade
anatomy
Fabaceae
mucilage
486Naked resting bud morphologies and their taxonomic and geographic distributions in temperate, woody florasDevelopment and StructureSchoonderwoerd, Kristel; Friedman, William.bud scale
cataphyll
naked bud
resting bud
temperate forests
tree architecture
winter bud
winter dormancy
784Network analyses identifies key polarity genes in the Aquilegia petal spurDevelopment and StructureConway, Stephanie; Conway, Stephanie; Kramer, Elena M..Petals
development
transcriptomics
349Network analysis reveals evolution of phenotypic integration and relationships between anatomy, morphology, and physiology in response to polyploidyDevelopment and StructureBaker, Robert (Rob); Brock, Grace; Newsome, Eastyn; Zhao, Meixia.phenotypic integration
polyploidy
Brassicaceae
co-expression network
network property
phenotypic network
structure-function relationships
anatomy
morphology
Physiology
69New perspectives in haustorium structure and evolution across parasitic flowering plantsDevelopment and StructureTeixeira-Costa, Luiza.body plan
continuum morphology
morphological evolution
683Overview on the wood anatomy of Sapindales, possible synapomorphies and character evolutionDevelopment and StructurePace, Marcelo; Terrazas, Teresa; L. Cunha Neto, Israel; Chery, Joyce; Gerolamo, Caian; angyalossy, Veronica.wood
anatomy
Sapindales
581Spring floral phenology of temperate trees in relation to vascular cambium reactivationDevelopment and StructureRay, Dustin; Miller, Elise; Arthur, Andrew; Savage, Jessica.phenology
Phloem Architecture
Cambium
anatomy
33Structural control of rapid pulvinus movement in Mimosa pudicaDevelopment and StructureSleboda, David; Geitmann, Anja; Sharif-Naeini, Reza.pulvinus
biomechanics
Mimosa pudica
cell wall
epidermis
Thigmonasty
morphology
202Tabula floris - panoramic view of the cell types of the flowerDevelopment and StructureNikolov, Lachezar.single-cell atlas
Brassicaceae
floral evolution
650The development of the abscission zone in the inflorescence of Cenchrus (Poaceae)Development and StructureHodge, John; Hu , Hao; Shrestha, Nikee; Doust, Andrew.Pearl millet
Shattering
Abscission Zone
Cenchrus
domestication
Pennisetum
Seed Dispersal
804The evolution and development of awns in the grass subfamily PooideaeDevelopment and StructurePatterson, Erin; Heeney, Michelle; Bartlett, Madelaine.
740The Evolution of the Monocot Inflorescence using a Phylogenetic FrameworkDevelopment and StructureHolliday, Aaliyah ; Martinez-Gomez, Jesus; Rose , Irving Jason; Specht, Chelsea.Ancestral State reconstruction
phylogenetics
Liliales
Arecales
Commelinales
inflorescence
phylogenetic framework
monocots
747The first report of a cambial variant in the Bunchosia clade (Malpighiaceae): Ontogeny and structure of the included phloem wedges in the old-word genus TristellateiaDevelopment and StructureQuintanar Castillo, Angélica; Quintanar Castillo, Angélica; Quintanar Castillo, Angélica; Quintanar Castillo, Angélica; Pace, Marcelo.cambial variant
development
stem anatomy
vascular system
Malpighiales
vines
292The origin of TCP, RAD, and DIV genesDevelopment and StructureSengupta, Aniket; Howarth, Dianella.TCP
RADIALIS
DIVARICATA
Algae
Gymnosperm
553Tiny plants with great potential – Understanding growth and reproduction in DuckweedDevelopment and StructureKuempers, Britta.development
morpholgy
duckweed
526To Fuse or not to Fuse: Investigating the Evolution and Development of Floral Fusion in the ZingiberalesDevelopment and StructurePhillips, Heather; Landis, Jacob; Specht, Chelsea.evolution
development
macroevolution
floral morphology
evo-devo
34Trait Differences between Native vs. Invasive Plants on Islands: A Leaf Anatomical ApproachDevelopment and StructureDeBevoise, Devon; Muir, Christopher; Barton, Kasey.
679Umbellate Inflorescence Structure and Development in MonocotsDevelopment and StructureRose , Irving Jason; Holliday, Aaliyah ; Atluri, Tara; Martinez-Gomez, Jesus; Specht, Chelsea.evo-devo
inflorescence
bostryx
umbel
morphology
283Understanding Floral Meristem Termination by Exploring Genetic Architecture Underlying Stamen Whorl Numbers in AquilegiaDevelopment and StructureMin, Ya; Ballerini, Evangeline S.; Edwards, Molly B.; Edwards, Molly B.; Hodges, Scott; Kramer, Elena M..stamen
Aquilegia
QTL
floral meristem
984Using synteny network approaches to study the origin of the core eudicot whorled pentamerous flowerDevelopment and StructureYe, Hanqi; Zhang, Jingbo; Chanderbali, Andre; Jin, Lingling; Xu, Qiaoji; Albert, Victor; Sankoff, David; Soltis, Pamela; Soltis, Douglas E.; Howarth, Dianella G. .basal eudicots
core eudicot
floral morphology
network
synteny
whorled pentamerous flower
179When what seems successive cambia in Nyctaginaceae (Caryophyllales) is actually a new type of interxylary phloemDevelopment and StructureL. Cunha Neto, Israel; Pace, Marcelo; angyalossy, Veronica.cambial variants
development
ontogeny
polycyclic eustele
secondary growth
stem anatomy
809Wood anatomy of three arborescent genera of clade Galphimioid (Malpighiaceae)Development and StructureMelo Sanches, Miller; Maria Strozi Alves Meira, Renata; Pace, Marcelo.wood
anatomy
Malpighiaceae
Galphimioids
422Wood and bark anatomy of the charismatic vines Wisteria (Leguminosae)Development and StructureNejapa Mendoza, Rosa Celia; Pace, Marcelo.Leguminosae
Wisteria
wood
bark
liana

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