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trichome development

11901 relationships annotated with this phrase. Showing first 500 of 11901.
Source entity Relationship Target entity Species
plants overexpressing (CPC, AT2G46410) in leaves have reduced or no trichomes Arabidopsis thaliana
(GRL, LPL3, NAP1, NAPP, AT2G35110) is expressed in wild-type trichomes
(AGL19, GL19, AT4G22950) T-DNA insertion lines did not reveal trichome mutants Arabidopsis thaliana
HDG2-regulated genes may be required for final maturation of trichomes
(STI, AT2G02480) mutant exhibits phenotype of unbranched trichomes Arabidopsis thaliana
trichome number in miR156 OE lines is reduced with increase in trichome length potato
403T/G SNP is not causal element for leaf hair Brassica rapa
(SVB, AT1G56580) (SMALLER WITH VARIABLE BRANCHES) mutant exhibits less developed trichomes Arabidopsis thaliana
highest expressed gene in gl3–sst (SIM, AT5G04470) trichomes is required for trichome differentiation Arabidopsis thaliana
F4 populations containing all basta-resistant plants are considered derived from F3 (STI, AT2G02480) (BLT, AT1G64690) double mutants
rol1-2 mutant provokes defective trichome formation Arabidopsis thaliana
(ECT2, AT3G13460) (YTH-domain reader protein) control trichome branching Arabidopsis thaliana
(GL2, AT1G79840) is involved in regulation of trichome formation
(ECT3, AT5G61020) (YTH-domain reader protein) control trichome branching Arabidopsis thaliana
Bra009770 controls trichome formation Brassica rapa
gl3–sst mutant trichomes undergo prolonged diffuse expansion resulting in varied trichome morphologies Arabidopsis thaliana
20 of the 49 genes genetically shown to be important for trichome formation show significantly higher expression in mature trichomes Arabidopsis thaliana
(AtEDT1, ATHDG11, EDT1, HDG11, AT1G73360) mutants exhibit extra branched trichomes
gl3–sst (SIM, AT5G04470) trichomes have elevated (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) expression
(ATMYB30, MYB30, AT3G28910) may have role in trichome development with possible chemical alterations
hairless phenotype is concurrent with normal reading frame in BrpHL1b Brassica rapa
(BLT, AT1G64690) mutant exhibits phenotype of blunt trichome tips Arabidopsis thaliana
comparison between wild-type and processed shoot profiles showed same trends in comparison between gl3–sst (SIM, AT5G04470) mutant and processed shoot profiles Arabidopsis thaliana
F3 populations tested for BASTA resistance
(ATMYB5, MYB5, AT3G13540) regulates trichome branching Arabidopsis thaliana
network of three classes of proteins consisting of (ATTTG1, TTG, TTG1, URM23, AT5G24520) (GL3, MYC6.2, AT5G41315) and (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) activates trichome initiation and patterning Arabidopsis thaliana
(GL2, AT1G79840) (GLABRA2) mutant exhibits aborted trichomes Arabidopsis thaliana
(ARP3, ATARP3, DIS1, AT1G13180) (DISTORTED1) mutant exhibits distorted trichomes Arabidopsis thaliana
(ATSRA1, KLK, LPL2, PIR, PIR121, PIRP, SRA1, AT5G18410) is expressed in wild-type trichomes
nine QTLs have been identified as responsible for trichome initiation and development Arabidopsis thaliana
importance of Trp-92 for plant phenotype reveals that intron 1 and 3′ noncoding region of BrpHL1a are not as essential as Trp-92 Brassica rapa
274C is functional SNP for designing effective molecular markers Brassica rapa
stage three trichome progresses to stage four: branches continue to expand via tip growth with blunt tips and lack of girth increase Arabidopsis thaliana
(DCR, EMB3009, PEL3, AT5G23940) is expressed in wild-type trichomes
(HDG2, AT1G05230) T-DNA insertion lines resulted in trichome abnormalities Arabidopsis thaliana
gl3–sst (SIM, AT5G04470) x (SVB, AT1G56580) F2 populations screened for (SVB, AT1G56580) phenotype
tt8gl3 double mutant shows phenotype further enhanced Arabidopsis thaliana
GAL4/UAS–CPC overexpression transgenic plants show trichome numbers
leaf-only (CPC, AT2G46410) overexpression lines show reduced trichome numbers
(AtCSP1, CSDP1, CSP1, AT4G36020) (CELL SHAPE PHENOTYPE) mutant exhibits less branched trichomes Arabidopsis thaliana
(AtEDT1, ATHDG11, EDT1, HDG11, AT1G73360) is expressed in wild-type trichomes
unfused (SVB, AT1G56580) construct failed to complement (SVB, AT1G56580) mutant phenotype
(HDG2, AT1G05230) is important for trichome development
trichome development is tightly coupled with endoreplication
hairy phenotype of pBrpHL1a :: BrpHL1a plants demonstrated that Trp-92 of BrpHL1a is essential for leaf hair formation Brassica rapa
hair formation on leaf margins in B. rapa is not attributable to promoter region of BrcHL1b Brassica rapa
(KCBP, PKCBP, ZWI, AT5G65930) is expressed in wild-type trichomes
weak mutants of (GL2, AT1G79840) exhibit trichomes that expand aerially and form branches
403T or Tyr-135 is dispensable Brassica rapa
(ATEXO70H4, EXO70H4, AT3G09520) is dependent for callose-rich cell wall development in trichome Arabidopsis thaliana
(ARP2, ATARP2, WRM, AT3G27000) (WURN) mutant exhibits distorted trichomes Arabidopsis thaliana
(HDG12, AT1G17920) is expressed in wild-type trichomes
(CER3, FLP1, WAX2, YRE, AT5G57800) (SIM, AT5G04470) and (TBR, AT5G06700) is reflected in mature trichome vs. processed shoot datasets Arabidopsis thaliana
EBC line leaves, stems, and flower buds Mesembryanthemum crystallinum
SNPs of BrcHL1a and BrcHL1b in Wut may be related to hairless phenotype Brassica rapa
(GL3, MYC6.2, AT5G41315) and (AtEGL3, ATMYC-2, EGL1, EGL3, AT1G63650) double mutant exhibits no trichomes Arabidopsis thaliana
(TBR, AT5G06700) are preferentially expressed in trichomes Arabidopsis thaliana
(ATMYB5, MYB5, AT3G13540) has minor redundant role in trichome development
Supplementary (DCR, EMB3009, PEL3, AT5G23940) and Col wild-type movies depict trichome development over approximately 40 hours
(GL3, MYC6.2, AT5G41315) participates in physical interactions with itself Arabidopsis thaliana
R3-MYBs (single repeat MYBs) act as inhibitors by sequestration of (bHLH, AT5G51780) protein into an inactive complex Arabidopsis thaliana
(HDG2, AT1G05230) mutations do not alter trichome expansion Arabidopsis thaliana
trichome development transition from stage four to five involves vacuolization Arabidopsis thaliana
Lefty2 is expressed in wild-type trichomes
(HDG2, AT1G05230) expression is high during early trichome development when (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) expression declines
(ZFP5, AT1G10480) (ZFP6, AT1G67030) and (ZFP8, AT2G41940) regulate trichome differentiation Arabidopsis thaliana
plant line #225 shows no or reduced trichome numbers
light microscope observation detected trichome changes
analysis of genes preferentially expressed in gl3–sst (SIM, AT5G04470) led to identification of four additional genes required for normal trichome development Arabidopsis thaliana
TRY (TRIPTYCHON) mutant exhibits extra branched/clusters trichomes Arabidopsis thaliana
(ATTOP6B, BIN3, HLQ, HYP6, RHL3, TOP6B, AT3G20780) (HYPOCOTYL6) mutant exhibits smaller trichomes Arabidopsis thaliana
(CPC, AT2G46410) is expressed in wild-type trichomes
genes regulated by (HDG2, AT1G05230) are required for papillae development
pel3-11 crossed with gl3–sst sim-1 double mutants
(ATMYB5, MYB5, AT3G13540) regulates trichome branching in leaves Arabidopsis thaliana
GL2-expression modulator (GEM) is found at higher constitutive level in EBC than in roots Mesembryanthemum crystallinum
(CPL3, ETC3, AT4G01060) protein controls trichome formation Arabidopsis thaliana
(ETC2, AT2G30420) (ENHANCER OF TRY AND CPC2) mutant exhibits larger TRY/ (CPC, AT2G46410) clusters Arabidopsis thaliana
CYCA2;3 (CYCLINA2;3) mutant exhibits less endoreduplication Arabidopsis thaliana
(AtEDT1, ATHDG11, EDT1, HDG11, AT1G73360) and 12 genes promote proper branch formation
(GASA4, AT5G15230) is third highest expressed gene in double mutant profile
(NZZ, SPL, AT4G27330) proteins control trichome distribution on stem and inflorescence Arabidopsis thaliana
microRNA 156 (miR156) targets for down-regulation (NZZ, SPL, AT4G27330) proteins Arabidopsis thaliana
(ATFKBP12, FKBP12, FKP12, AT5G64350) INTERACTING PROTEIN 37 (ATFIP37, FIP37, AT3G54170) has proposed role in trichome endoreduplication Arabidopsis thaliana
(DCR, EMB3009, PEL3, AT5G23940) (PERMEABLE LEAVES3) mutant exhibits some tangled trichomes Arabidopsis thaliana
(ATSCAR2, DIS3, ITB1, SCAR2, WAVE4, AT2G38440) is expressed in wild-type trichomes
T-DNA insertional lines for most highly expressed gene contained mutants with altered trichomes Arabidopsis thaliana
(GL2, AT1G79840) and transparent testa glabra2 (ATWRKY44, DSL1, TTG2, WRKY44, AT2G37260) are trichome initiation activators
(FAS1, FUGU2, NFB2, AT1G65470) mutants exhibit highly over-branched trichomes on rosette leaves Arabidopsis thaliana
plant line #354 shows no or reduced trichome numbers
(BLT, AT1G64690) mutations result in loss of trichome branch formation Arabidopsis thaliana
(ADL1, ADL1A, AG68, DL1, DRP1A, RSW9, AT5G42080) (ARABIDOPSIS DYNAMIN-LIKE1) mutant exhibits less branched trichomes Arabidopsis thaliana
bulge towards the trichome base phenotype is similar to phenotype of (KCBP, PKCBP, ZWI, AT5G65930) mutant Arabidopsis thaliana
T-to-C mutation in BrcHL1a is not able to rescue (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant phenotype of Arabidopsis Arabidopsis thaliana
(STI, AT2G02480) (STICHEL) mutant exhibits unbranched trichomes Arabidopsis thaliana
(GL2, AT1G79840) mutants result in loss of aerial trichome expansion
(BLT, AT1G64690) mutant exhibits phenotype of unbranched trichomes Arabidopsis thaliana
gl3–sst (SIM, AT5G04470) trichome cells have thin cell walls
(BLT, AT1G64690) was not detected in mature trichomes
(ATSRA1, KLK, LPL2, PIR, PIR121, PIRP, SRA1, AT5G18410) (PIROGI) mutant exhibits distorted trichomes Arabidopsis thaliana
(AGL14, XAL2, AT4G11880) T-DNA insertion lines obtained for trichome mutant screening Arabidopsis thaliana
probesets showing similar levels of expression reflect genes truly expressed in trichomes under most conditions Arabidopsis thaliana
plants with multicellular trichomes are considered triple mutants
(ARPC2A, DIS2, AT1G30825) (DISTORTED2) mutant exhibits distorted trichomes Arabidopsis thaliana
(STI, AT2G02480) mutations eliminate branch formation Arabidopsis thaliana
(AtEDT1, ATHDG11, EDT1, HDG11, AT1G73360) did not show the same trends in mature trichome and processed leaf datasets Arabidopsis thaliana
gl3–sst (SIM, AT5G04470) x (DCR, EMB3009, PEL3, AT5G23940) F2 populations screened for (DCR, EMB3009, PEL3, AT5G23940) phenotype
(ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) (GLABROUS1) mutant exhibits no trichomes Arabidopsis thaliana
(ATTTG1, TTG, TTG1, URM23, AT5G24520) (TRANSPARENT TESTA GLABRA1) mutant exhibits no trichomes Arabidopsis thaliana
transcriptome analyses were expanded and used as tool to identify four additional genes required for normal trichome development Arabidopsis thaliana
(AtMYB106, MYB106, NOK, AT3G01140) is expressed in wild-type trichomes
(CPR5, HYS1, OLD1, AT5G64930) is expressed in wild-type trichomes
(CER3, FLP1, WAX2, YRE, AT5G57800) is expressed in wild-type trichomes
(ATSAC1, SAC1, AT1G22620) is expressed in wild-type trichomes
(HDG2, AT1G05230) is expressed in wild-type trichomes
(SVB, AT1G56580) mutants have smaller trichomes
(ATTTG1, TTG, TTG1, URM23, AT5G24520) was shown to be expressed in both leaf trichome and non-trichome cells Arabidopsis thaliana
Arabidopsis (GL2, AT1G79840) is required for normal trichome development Arabidopsis thaliana
(SIM, AT5G04470) mutant trichomes continue to divide after initiation but then develop into fairly normal trichomes Arabidopsis thaliana
transcriptome profiles were used to screen for new genes with roles in trichome development
hairy phenotype in Bre corresponds to 274T and 403T in BrpHL1a Brassica rapa
(AtMYB106, MYB106, NOK, AT3G01140) (NOEK: ) mutant exhibits extra branched trichomes Arabidopsis thaliana
gl3–sst (SIM, AT5G04470) double mutant trichomes are composed of large clusters of cells Arabidopsis thaliana
(BCHA1, SPI, AT1G03060) is expressed in wild-type trichomes
(HDG2, AT1G05230) gene expression was not detected in (HDG2, AT1G05230) mutant profile Arabidopsis thaliana
(BLT, AT1G64690) was ranked 72 in gl3–sst (SIM, AT5G04470) trichomes
F2 population from sti-ab x blt-1 cross contains plants with branched trichomes
Young developing (GL3, MYC6.2, AT5G41315) leaves lack marginal trichomes Arabidopsis thaliana
BrpHL1b in Bre is not functional Brassica rapa
accessions with SNP 274T/C include large proportion of accessions with 274T Brassica rapa
(ARPC5, CRK, AT4G01710) (CROOKED) mutant exhibits distorted trichomes Arabidopsis thaliana
GL1–TTG1–GL3/ (AtEGL3, ATMYC-2, EGL1, EGL3, AT1G63650) complex directly regulates (GL2, AT1G79840) (ATWRKY44, DSL1, TTG2, WRKY44, AT2G37260) (CPC, AT2G46410) and TRY genes Arabidopsis thaliana
(ATMYB23, ATMYBRTF, MYB23, AT5G40330) is expressed in wild-type trichomes
(KCBP, PKCBP, ZWI, AT5G65930) protein may play role in same pathway as (BLT, AT1G64690) protein Arabidopsis thaliana
gl3–sst sim-1 svb-1 triple mutant lacks trichomes with obvious papillae
(HDG2, AT1G05230) mutant used for Affymetrix analysis contained insertion towards the 5' end of (HDG2, AT1G05230) coding sequence Arabidopsis thaliana
long non-coding RNAs that are highly expressed in trichomes may be essential for tomato trichome formation Solanum lycopersicum
blocking the interaction between BrHL1a and (GL3, MYC6.2, AT5G41315) affects hair formation on the leaf surface Brassica rapa
GAL4/UAS–CPC line #268 shows glabrous leaf surface
trichome development stages one through four involves endoreduplication of nuclear DNA to average of 32–64C Arabidopsis thaliana
(ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) is MYB transcription factor Arabidopsis thaliana
(BLT, AT1G64690) mutant is phenotypically identical to (STI, AT2G02480) mutant Arabidopsis thaliana
gl3–sst trichomes over-expand during stages two and three and rarely fully mature developmental arrest at stage four Arabidopsis thaliana
loss-of-function mutations in 14 genes encoding transcription factors have been shown to enhance, eliminate, or alter trichome development
(HDG12, AT1G17920) mutations enhance extra-branched phenotype of (AtEDT1, ATHDG11, EDT1, HDG11, AT1G73360)
TRY promoter drives expression in trichomes
(CER3, FLP1, WAX2, YRE, AT5G57800) (YORE-YORE) mutant exhibits smaller trichomes Arabidopsis thaliana
(BCHA1, SPI, AT1G03060) (SPIRRIG) mutant exhibits distorted trichomes Arabidopsis thaliana
(KCBP, PKCBP, ZWI, AT5G65930) (ZWICHEL) mutant exhibits less branched swollen trichomes Arabidopsis thaliana
(SIM, AT5G04470) is expressed in wild-type trichomes
gl3–sst (SIM, AT5G04470) trichomes mimic transcriptional profile of immature trichomes
(SVB, AT1G56580) is highest expressed gene in gl3–sst (SIM, AT5G04470) profile
SlDXS2 RNAi lines show significantly increased number of type VI glandular trichomes Solanum lycopersicum
Wo locus contains four alleles
TE-2-6b plants showed abundant trichome development on leaves Nicotiana tabacum
lncRNA000170 inhibits Wo Solanum lycopersicum
FLOWERING LOCUS T (FT) influences timing of trichome appearance Arabidopsis thaliana
repression of SlCycB2 and SlCycB3 resulted in obvious reduction of type I trichome formation Solanum lycopersicum
SlDXS2 down-regulated lines exhibited increased trichome density Solanum lycopersicum
wo gene caused obvious woolly phenotype Solanum lycopersicum
lncRNA000170 possibly controls by regulating expression of Solyc10g006360 Solanum lycopersicum
SDG714 amiRNA plants did not produce macro trichome phenotype Oryza sativa
feedback response 3: up-regulation of trichome numbers occurs when production in individual trichomes is compromised Solanum lycopersicum
Arabidopsis GLABRA1 homolog is candidate gene for prickliness Solanum melongena
MYB/ (bHLH, AT5G51780) /WD40 (MBW) complex regulates initiation of regular hair trichomes
H is involved in tomato trichome initiation Solanum lycopersicum
lncRNA000170 overexpression markedly decreases density of type I trichomes Solanum lycopersicum
hl mutant exhibits absence of normal type I trichomes Solanum lycopersicum
non-glandular trichomes (types III and V) on hl leaves have density similar to wild-type density Solanum lycopersicum
hairless mutation in tomato results in reduced densities of type I and type VI trichomes Solanum lycopersicum
wild-type leaf shows lower trichome density Solanum lycopersicum
JAI-1 is involved in tomato trichome initiation Solanum lycopersicum
GL1–GL3–TTG1 complex regulates trichome patterning Arabidopsis thaliana
upregulated lncRNAs were detected in trichomes scraped from young stems of LA3560 and trichome-free stems Solanum lycopersicum
(ATTPS6, TPS6, AT1G68020) regulates trichome branching Arabidopsis thaliana
Wov allele induces higher trichome density
WD40 factors are positive regulators of trichome development Arabidopsis thaliana
TRANSPARENT TESTA GLABRA 2 (ATWRKY44, DSL1, TTG2, WRKY44, AT2G37260) mutant shows defects in trichome formation Arabidopsis thaliana
lncRNA000170 overexpression greatly inhibits expression of SlCycB2 Solanum lycopersicum
transcriptome analysis highlighted salinity-induced changes in genes involved in trichome development Mesembryanthemum crystallinum
hairless phenotype is concurrent with 274C and 403G in BrcHL1a Brassica rapa
plant line #99 shows no or reduced trichome numbers
(CER2, VC-2, VC2, AT4G24510) is expressed at 4.5-fold higher level in gl3–sst (SIM, AT5G04470) trichomes compared to wild-type mature trichomes
(STI, AT2G02480) and (BLT, AT1G64690) mutants are non-allelic
expression levels of trichome regulators were markedly downregulated in lncRNA000170 overexpression lines Solanum lycopersicum
transcription factors are involved in trichome developmental processes Solanum species
MYB factors are positive regulators of trichome development Arabidopsis thaliana
conserved molecular machinery is not operating in glandular secreting trichome (GST) stalk cells Nicotiana tabacum
(GL3, MYC6.2, AT5G41315) ectopic expression results in enhanced, but not ectopic expression of reporter gene Arabidopsis thaliana
brassinosteroid (BR) negatively controls trichome formation
loss of function mutants display higher numbers of trichomes Arabidopsis thaliana
Overexpression of SlSCL3 induces dramatic increase in the size of the glandular head of type VI trichomes Solanum lycopersicum
GL1-GL3/EGL3-TTG1 complex acting on (GL2, AT1G79840) regulates the development of epidermal hair Arabidopsis thaliana
type VI glandular trichomes occur on leaves, stems, young fruits and flowers Solanum lycopersicum
mite domatia development may involve co-option of genes involved in trichome development
conserved gene cassette regulates trichome spacing pattern Arabidopsis thaliana
OE-SlSCL3 plants have unchanged expression levels of Woolly and Hair Solanum lycopersicum
mutations in genes encoding nine different subunits of the putative (ARP2, ATARP2, WRM, AT3G27000) /3 or SCAR complexes dramatically perturb growth patterns of epidermal hairs called trichomes Arabidopsis thaliana
(AtJAZ1, JAZ1, TIFY10A, AT1G19180) negatively modulates jasmonic acid (JA)-mediated trichome initiation Arabidopsis thaliana
(bHLH, AT5G51780) factors are positive regulators of trichome development Arabidopsis thaliana
treatment of tomato leaves with jasmonic acid methyl ester can strongly enhance trichome densities Solanum lycopersicum
PpAN1 transgenic lines recover trichome branch number to wild-type values Arabidopsis thaliana
zwichel mutants have inhibited branch elongation Arabidopsis thaliana
hairless (hl) mutation causes structural distortion (bending and swelling) of all trichome types in aerial tissues Solanum lycopersicum
GaMYB2 is able to rescue glabrous phenotype of Arabidopsis (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Gossypium arboreum; Arabidopsis thaliana
transcription factors required for Arabidopsis trichome formation are preferentially expressed in trichomes compared to whole leaves Arabidopsis thaliana
OsTTG1 knockout in DLMM led to reduction of trichome in DLMM grains Oryza sativa
multicellular stalks raise glandular trichome heads Cannabis sativa L.
expression data implicated CsHDG5 as a potential initiator of trichome development Cannabis sativa
F2 population from hl × wild-type cross segregates for trichome distortion phenotype Solanum lycopersicum
cotton and Arabidopsis use similar transcription factors in regulating trichomes Gossypium; Arabidopsis thaliana
ethylene affects trichome initiation and development Arabidopsis thaliana
CHROMATIN ASSEMBLY FACTOR1 (CAF1) is trimeric protein Arabidopsis thaliana
GbML1 overexpression increases number of trichomes on stems and leaves Arabidopsis thaliana
GhMYB25 overexpression in tobacco increased branches of leaf trichomes Nicotiana tabacum
pGL1:MYB82g construct completely complemented (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Arabidopsis thaliana
hl mutation affects morphology of type VII trichomes Solanum lycopersicum
N-terminal R2R3-MYB domain overexpression caused glabrous leaves Arabidopsis thaliana
trichome number in transgenic plants agreed well with (GL2, AT1G79840) transcript abundance Arabidopsis thaliana
homologues of (ATTTG1, TTG, TTG1, URM23, AT5G24520) did not show differential expression in DGE data Cucumis sativus
hairless (hl) mutation affects trichome density Solanum lycopersicum
GRAS family transcription factor plays regulatory roles in development of multicellular glandular trichomes Solanum lycopersicum
neck cell of type VI trichomes on hl mutant protrudes from side of the stem Solanum lycopersicum
hl mutation causes similar defects in trichome morphology on hl hypocotyls Solanum lycopersicum
hl mutation causes similar defects in trichome morphology on hl sepals Solanum lycopersicum
aberrant trichome cell expansion in hl mutant disrupts normal patterns of cell division Solanum lycopersicum
ethylene-overproducer epi mutant presented low trichome density
ethylene may be involved in trichome senescence
(EMB40, FASS, FASS 2, FS1, GDO, TON2, AT5G18580) mutants have reduced overall trichome size Arabidopsis thaliana
type VII trichomes on hl mutant have density similar to wild-type density Solanum lycopersicum
hl mutant produces swollen and irregularly shaped trichomes Solanum lycopersicum
Nicotiana tabacum contain multicellular simple trichomes Nicotiana tabacum
cultivated tomato produces several different types of trichomes Solanum lycopersicum
type I trichomes on hl mutant contain highly swollen cells Solanum lycopersicum
Nicotiana tabacum contain glandular secreting trichomes (GSTs) Nicotiana tabacum
trichome type V is main non-glandular trichome in tomato Solanum lycopersicum
type VI trichome density in dpy is higher than type VI trichome density in MT on abaxial side Solanum lycopersicum
ethylene, auxin, and gibberellin contribute to modification of trichome density maybe indirectly through modification of epidermal cell surface area Solanum lycopersicum
disruption of normal patterns of cell division results in twisted and irregularly shaped multicellular trichomes Solanum lycopersicum
pro mutant shows low density of trichomes V and VI on adaxial side with no significant changes in epidermal cell area on adaxial side Solanum lycopersicum
auxin less sensitive dgt mutant showed alterations in epidermal cell number
brassinosteroid (BR) directly affects trichome formation
GLABRA1 (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) is necessary for trichome initiation Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) overexpression led to abnormal trichome development Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) driven by the (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) promoter was able to rescue glabrous phenotypes of the (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Arabidopsis thaliana
mutant analyses have identified positive and negative regulators of Arabidopsis trichome development Arabidopsis thaliana
tbh mutant exhibits dramatically changed morphology and development of trichomes Cucumis sativus
GaMYB2, GhMYB25, GhMYB109, GhTTG3, and GaHOX1 are known to regulate Arabidopsis trichome development Arabidopsis thaliana
kinesin13a mutants sometimes have more trichome branch points Arabidopsis thaliana
hl mutant severely affects development of all trichome types on aerial epidermis Solanum lycopersicum
hairless (hl) mutation causes severe morphological distortion of all trichome types Solanum lycopersicum
Gossypium hirsutum have unicellular non-glandular simple trichomes Gossypium hirsutum
other cis-element(s) confer trichome-specificity to GaMYB2 promoter
type V trichome density in dpy is significantly higher than type V trichome density in MT Solanum lycopersicum
type VI trichome density in jai1-1 is approximately 11% of type VI trichome density in MT on adaxial side Solanum lycopersicum
wild-type trichomes in early stages of outgrowth have cortical microtubule cytoskeleton that criss-crosses the stalk Arabidopsis thaliana
tobacco plants contain multicellular trichomes
T-phyllopanin gene promoter directs reporter gene expression specifically in short procumbent trichomes Nicotiana tabacum
trichome type VI is main glandular trichome in tomato Solanum lycopersicum
type V trichome density on adaxial side of double mutant demonstrates similarity phenotype to dpy mutant Solanum lycopersicum
GaMYB2 overexpression rescues (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Arabidopsis thaliana
mechanical conflict with neighboring cells locally and transiently impacts cortical microtubule orientations
try (CPC, AT2G46410) double mutants have easily observed phenotypes (clustered leaf trichomes) Arabidopsis thaliana
(bHLH, AT5G51780) transcription factor (GL3, MYC6.2, AT5G41315) binds the promoter of (CPC, AT2G46410) Arabidopsis thaliana
epi mutant shows striking reduction in trichome density Solanum lycopersicum
(ETR2, AT3G23150) is independent of GLABRA2 pathway Arabidopsis thaliana
(ETR2, AT3G23150) is important regulator of trichome development Arabidopsis thaliana
(ETR2, AT3G23150) controls trichome branching Arabidopsis thaliana
GaMYB2 promoter is inactive in glandular secreting trichome (GST) stalk cells Nicotiana tabacum
(bHLH, AT5G51780) transcription factor (GL3, MYC6.2, AT5G41315) binds the promoter of (GL2, AT1G79840) Arabidopsis thaliana
brassinosteroids (BRs) act directly in formation of trichome trait Solanum lycopersicum
(ETR2, AT3G23150) is hypothesized to affect microtubule cytoskeleton assembly Arabidopsis thaliana
(GL3, MYC6.2, AT5G41315) overexpression enhances GaMYB2 promoter activity Arabidopsis thaliana
pFSltp4::GUS transgenic tobacco plants showed strong GUS activity in all types of trichomes
T/G-box cis-element can be recognized by Arabidopsis (GL3, MYC6.2, AT5G41315) Arabidopsis thaliana
(CPC, AT2G46410) and (ETC1, AT1G01380) are negative regulators of trichome development Arabidopsis thaliana
GaMYB2 promoter directs reporter gene expression specifically in glandular secreting trichome (GST) head cells Nicotiana tabacum
T/G-box removal decreases greatly GaMYB2 promoter activity
auxin mutants indirectly show alteration in trichome density Solanum lycopersicum
trichome type VII appears at low density in tomato leaves Solanum lycopersicum
(AtLtpI-6, LTP6, AT3G08770) promoter was able to direct GUS gene expression in leaf and stem GSTs
(AtLtpI-6, LTP6, AT3G08770) promoter is less tissue-specific than GaMYB2 promoter Nicotiana tabacum
CYP71D16 promoter directs GUS gene expression in glandular cells of glandular secreting trichomes (GSTs) Nicotiana tabacum
auxin is capable of contributing to modification of trichome density Solanum lycopersicum
GhGlcAT1 promoter is active in glandular secreting trichomes (GSTs) Nicotiana tabacum
dpy mutant shows enhanced pubescence Solanum lycopersicum
ethylene seems to act indirectly on trichome density
MT seeds germinated in 100 μM (ATKO1, CYP701A3, GA3, AT5G25900) resulted in promotion of trichome formation without alteration in cell surface area
microtubule cytoskeleton re-orients to cause branching events Arabidopsis thaliana
zwichel mutant shows phenotype specific to trichome cell type Arabidopsis thaliana
changes in dynamics of cortical F-actin are important for proper regulation of trichome growth pattern Arabidopsis thaliana
expansion of abnormal stem cells on hl mutant gives appearance of branched trichome Solanum lycopersicum
(GL3, MYC6.2, AT5G41315) is able to bind to promoter sequence and activate transcription of MYB transcription factor genes Arabidopsis thaliana
(bHLH, AT5G51780) transcription factor (GL3, MYC6.2, AT5G41315) directly activates expression of (GL2, AT1G79840) Arabidopsis thaliana
(GL2, AT1G79840) is involved in development and patterning of trichomes Arabidopsis thaliana
ethylene is indirectly involved in altering trichome density Solanum lycopersicum
not mutant shows significant reduction in type VI trichome density on adaxial side Solanum lycopersicum
etr2-2 loss-of-function mutant has increased proportion of two-branched trichomes Arabidopsis thaliana
trichome development has six distinct steps Arabidopsis thaliana
(AGY1, AtcpSecA, SECA1, AT4G01800) trichomes have two branches instead of three Arabidopsis thaliana
(AGY1, AtcpSecA, SECA1, AT4G01800) may be involved in trichome development Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) functions in the plant cell nucleus as positive regulator Arabidopsis thaliana
pGL1:MYB82g complemented (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant had leaf trichome densities comparable to wild type Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) displayed functional divergence from (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920)
homologues of (CPC, AT2G46410) did not show differential expression in DGE data Cucumis sativus
cotton fibres are unicellular seed trichomes Gossypium hirsutum
GhRGP1 promoter is less tissue-specific than GaMYB2 promoter Nicotiana tabacum
SaPIN2b promoter is constitutively expressed in glandular secreting trichomes (GSTs) Solanum americanum
epi mutant presents semi-glabrous phenotype Solanum lycopersicum
all other trichome densities in double mutant presented no significant difference with jai1-1 mutant Solanum lycopersicum
JA-insensitive jai1-1 mutant showed severely reduced trichome number
majority of genes controlling trichome development signal to affect trichome branching Arabidopsis thaliana
(ETR2, AT3G23150) is expressed in mature leaves Arabidopsis thaliana
pGL1:MYB82c complemented (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant had trichome densities lower than wild type but higher than (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Arabidopsis thaliana
overexpression of GhCFE1A altered initial density of stem trichomes Gossypium hirsutum
etr2-3 mutant has completely unbranched trichomes Arabidopsis thaliana
pGL1:MYB82g showed complete function complementation of (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant
(LTP3, AT5G59320) promoter is active in glandular secreting trichomes (GSTs) Nicotiana tabacum
FSltp4 promoter is active in glandular secreting trichomes (GSTs) Nicotiana tabacum
GLABRA2 (GL2, AT1G79840) promotes leaf trichome formation Arabidopsis thaliana
35S:MYB82-SRDX transgenic plants phenotype is reminiscent of phenotypes exhibited by the trichome defective mutant (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) Arabidopsis thaliana
NtCOI1 regulates trichome secretion Nicotiana tabacum
spine base expansion in cucumber is similar to leaflet initiation Cucumis sativus
ethylene-overproducer epi mutant showed alterations in epidermal cell number
(ETR2, AT3G23150) is positioned upstream of TRYPTICHON Arabidopsis thaliana
(ETR2, AT3G23150) regulates microtubule assembly Arabidopsis thaliana
very young etr2-3 trichomes show similar pattern to wild-type trichomes in early stages of outgrowth Arabidopsis thaliana
hl mutation affects morphology of type V trichomes Solanum lycopersicum
hl mutation causes similar defects in trichome morphology on hl petals Solanum lycopersicum
hl mutation is relatively specific for trichomes Solanum lycopersicum
sequencing of (ETC2, AT2G30420) (MAU2, TCL1, AT2G30432) and (TCL2, AT2G30424) from accessions with high, medium, and low trichome number identified single-nucleotide polymorphisms (SNPs) in (ETC2, AT2G30420) Arabidopsis thaliana
GaMYB2 promoter provides a tool for dissection of plant trichome structure and development Gossypium hirsutum; Arabidopsis thaliana; Nicotiana tabacum
trichome type I appears at low density in tomato leaves Solanum lycopersicum
type V trichome density in epi is significantly lower than type V trichome density in MT Solanum lycopersicum
type VI trichome density in epi is significantly lower than type VI trichome density in MT Solanum lycopersicum
Arabidopsis thaliana produces unicellular non-glandular trichomes Arabidopsis thaliana
L1-box confers trichome specificity to GaRDL1 promoter Gossypium hirsutum
35S:MYB82c transgenic plants showed no visible trichome-defective phenotype Arabidopsis thaliana
tbh mutant had reduced number of trichome cells with inert cell division Cucumis sativus
GaMYB2 is functional homologue of Arabidopsis GLABRA1 (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920)
AtTSG1 promoter shows trichome-specific activity in Arabidopsis Arabidopsis thaliana
MYB-like recognition site (AACCAAAC) is a putative element for trichome specific expression of AtTSG1 Arabidopsis thaliana
loss of part or all of the signalling domains in any of the other four Arabidopsis ethylene receptors did not affect trichome morphology Arabidopsis thaliana
SIAMESE was initially discovered through its function in trichome development and endoreplication control Arabidopsis thaliana
allelic variation of RsGL1a is completely associated with hairiness in BC1F1 population Raphanus sativus
foliar trichomes development has been extensively studied in Arabidopsis and tomato Arabidopsis thaliana; Solanum lycopersicum
laminar expansion in leaf development is similar to cucumber spine base expansion Cucumis sativus
toxin B expression inhibits cellular morphogenesis of trichomes Arabidopsis thaliana
(ATTTG1, TTG, TTG1, URM23, AT5G24520) loss of function mutant results in lack of trichomes Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) might be involved in regulation of trichome development
high sequence similarity between (AtMYB82, MYB82, AT5G52600) and (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) implies role in trichome development
pGL1:MYB82c promoted trichome formation
overexpression of N-terminal truncated (AtMYB82, MYB82, AT5G52600) protein caused completely glabrous leaves
TBH may act immediately after trichome initiation Cucumis sativus
spines of 1.6cm fruit undergo rapid base expansion with active cell division Cucumis sativus
different (ETC2, AT2G30420) alleles affect trichome number Arabidopsis thaliana
TRYPTYCHON (try) mutant exhibits increased ploidy without increased trichome cell size Arabidopsis thaliana
GO terms 'xylem and phloem pattern formation' and 'polarity specification of adaxial/abaxial axis' were significantly enriched among upregulated genes in the spines of 1.6cm fruit Cucumis sativus
MYB transcription factors function in trichome development via incorporation into TTG1–bHLH–MYB regulatory complex Arabidopsis thaliana
(GL3, MYC6.2, AT5G41315) directly regulates GLABRA2 (GL2, AT1G79840) Arabidopsis thaliana
(GL3, MYC6.2, AT5G41315) is a regulator of trichome and non-root hair cell development Arabidopsis thaliana
jasmonates (JAs) directly affect trichome density Solanum lycopersicum
gibberellins are indirectly involved in altering trichome density Solanum lycopersicum
(ETR2, AT3G23150) expression is absent from mature trichomes Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) physically interacts with GLABRA3 (GL3, MYC6.2, AT5G41315) Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) shows functional divergence from (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) in regard to trichome development
this study compared and explored developmental process of cucumber trichomes in WT and glabrous mutant tiny branched hair (tbh) Cucumis sativus
nonsynonymous difference at +55 bp in first exon changes lysine (K) to glutamate (E) at amino acid 19 Arabidopsis thaliana
gated plasmodesmata allow pressure to build up at early stages of trichome development
AP2-like transcription factors associate with KANADI1 Arabidopsis thaliana
(ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutation causes glabrous leaves Arabidopsis thaliana
most of these genes may act in trichome initiation or shortly after initiation Cucumis sativus
JA-signalling components regulate trichome initiation
cucumber trichome development may be regulated by distinct pathway involving meristem genes and polarity regulators Cucumis sativus
(MAU2, TCL1, AT2G30432) and (TCL2, AT2G30424) control trichome formation on inflorescences Arabidopsis thaliana
downstream genes control trichome development Arabidopsis thaliana
GLABRA1 (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) directly regulates GLABRA2 (GL2, AT1G79840) Arabidopsis thaliana
(ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) overexpression reduces trichome number
NtCOI1 silencing influenced trichome secretion Nicotiana tabacum
perfect MYB-binding box in the third exon of (AtMYB82, MYB82, AT5G52600) was demonstrated to be necessary for (AtMYB82, MYB82, AT5G52600) function Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) could mediate Arabidopsis trichome development Arabidopsis thaliana
disruption of the TBH locus led to tiny trichomes with a greatly reduced number of cells, aberrant cell shapes and organization, and branched trichomes Cucumis sativus
BrGL1 ( (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) ortholog in Brassica rapa) is candidate for leaf hairiness control Brassica rapa
unicellular trichomes of cotton and Arabidopsis share a conserved molecular machinery in regulating expression of a set of genes Gossypium hirsutum; Arabidopsis thaliana; Nicotiana tabacum
trichome density was most altered attribute in hormonal mutants
BR biosynthesis-defective dpy mutant presented high trichome density
endoreduplication during early trichome development requires GLABRA3 (GL3, MYC6.2, AT5G41315) Arabidopsis thaliana
high expression of GbML1 in Arabidopsis affected number of trichomes Arabidopsis thaliana
(GL2, AT1G79840) mutant produces abnormal trichomes Arabidopsis thaliana
elevated expression of (AtMYB82, MYB82, AT5G52600) caused reduced trichome numbers
wild-type (WT) cucumber characterized for fruit spine development Cucumis sativus
formation of cucumber trichomes can be generally divided into initiation of the stalk and the base; and expansion of the base Cucumis sativus
GLABRA1 (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) is a direct target of TRANSPARENT TESTA GLABRA2 (ATWRKY44, DSL1, TTG2, WRKY44, AT2G37260) Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) in the WD40–bHLH–MYB complex participates in regulation of trichome development Arabidopsis thaliana
mutation of MYB-binding box in (AtMYB82, MYB82, AT5G52600) disrupted pGL1:mMYB82c complementation of (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant
formation of cucumber trichomes is relatively simple Cucumis sativus
meristem maintenance genes were induced in 1.6cm fruit compared with the 0.5cm fruit Cucumis sativus
reverse genetics strategies will help uncover regulatory roles of meristem genes and known trichome regulators during cucumber fruit spine development Cucumis sativus
MBW complexes regulate trichome differentiation
four members of the BrpHL1 gene family are relevant to leaf hairs Brassica rapa
first intron and 3′ UTR of Arabidopsis (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) play roles in trichome formation by the interaction of (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) with (GL2, AT1G79840) and (GL3, MYC6.2, AT5G41315) Arabidopsis thaliana
leaf-and-root (CPC, AT2G46410) overexpression lines show reduced trichome numbers
mutations in over 40 different genes result in loss-of-function trichome phenotype Arabidopsis thaliana
(AtEGL3, ATMYC-2, EGL1, EGL3, AT1G63650) (ENHANCER OF GLABRA3) mutant exhibits less branched trichomes Arabidopsis thaliana
(SPK1, AT4G16340) is expressed in wild-type trichomes
blt-1 crossed with gl3–sst sim-1 double mutants
(ETR2, AT3G23150) is independent of GLABRA3 pathway Arabidopsis thaliana
wild-type trichomes have longitudinal fine mesh of microtubules Arabidopsis thaliana
pGL1:MYB82c only partially complemented (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant
cucumber trichomes are morphologically different from trichomes of Arabidopsis and tomato Cucumis sativus; Arabidopsis thaliana; Solanum lycopersicum
comparative transcriptome profiling analyses identify genes and gene networks involved in cucumber trichome development Cucumis sativus
(ETC1, AT1G01380) (ENHANCER OF TRY AND CPC1) mutant exhibits larger TRY/ (CPC, AT2G46410) clusters Arabidopsis thaliana
(BIN5, RHL2, AT5G02820) (ROOT HAIRLESS2) mutant exhibits smaller trichomes Arabidopsis thaliana
gl3–sst (SIM, AT5G04470) double mutant trichomes are predicted to have many attributes associated with early stages of trichome development Arabidopsis thaliana
(TBR, AT5G06700) is expressed in wild-type trichomes
GLABRA2 (GL2, AT1G79840) acts on trichome developmental programs Arabidopsis thaliana
(AAA1, ATKTN1, BOT1, ERH3, FRA2, FRC2, FRC4, FTR, KATANIN, KTN1, LUE1, AT1G80350) (FRAGILE FIBER2) mutant exhibits less branched trichomes Arabidopsis thaliana
(CER3, FLP1, WAX2, YRE, AT5G57800) mutants show trichome fusion phenotype
trichome numbers were scored on rosette leaves of transgenic Arabidopsis plants Arabidopsis thaliana
fine mapping with denser markers and additional F2 individuals narrowed QTL to genomic region of 288 kb between markers nga3023 and nga3098 Arabidopsis thaliana
large number of single-nucleotide polymorphisms (SNPs) in (ETC2, AT2G30420) distinguished low trichome accessions from high and intermediate ones Arabidopsis thaliana
(GL2, AT1G79840) is downstream target gene of WD40–bHLH–MYB complex
recombination breakpoints resolved potential QTNs to two candidates: one in 5′UTR (−53 bp) and another (+55 bp) nonsynonymous difference in first exon Arabidopsis thaliana
(GL3, MYC6.2, AT5G41315) participates in physical interactions with (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) Arabidopsis thaliana
Wut is regarded as representative hairless crop type Brassica rapa
(AtTT8, BHLH42, TT8, AT4G09820) and (GL3, MYC6.2, AT5G41315) are essential for trichome development on leaf margins Arabidopsis thaliana
trichome-important genes are preferentially expressed in gl3–sst (SIM, AT5G04470) trichomes Arabidopsis thaliana
LEFTY2 (LEFTY2) mutant exhibits less branched trichomes Arabidopsis thaliana
(KIS, TFCA, AT2G30410) is expressed in wild-type trichomes
gl3–sst (SIM, AT5G04470) double mutant exhibits trichome spikes with papillae
(DCR, EMB3009, PEL3, AT5G23940) was ranked 76 in gl3–sst (SIM, AT5G04470) trichomes
(ATMYB5, MYB5, AT3G13540) affects primarily trichome branching on leaves Arabidopsis thaliana
5-bp deletion in Brtri1 (BrGL1) is related to glabrous phenotype Brassica rapa
KIC (KCBP-INTERACTING CA 2+ BINDING PROTEIN) mutant exhibits less branched trichomes Arabidopsis thaliana
stage two trichome progresses to stage three: secondary sites of expansion at trichome tip initiate branch production Arabidopsis thaliana
(ATFT1, ATFUT1, FT1, FUT1, MUR2, AT2G03220) is expressed in wild-type trichomes
(ATTOP6B, BIN3, HLQ, HYP6, RHL3, TOP6B, AT3G20780) is expressed in wild-type trichomes
(GDPDL3, GPDL2, MRH5, SHV3, AT4G26690) is expressed in wild-type trichomes
(GDPDL4, GPDL1, SVL1, AT5G55480) is expressed in wild-type trichomes
Lefty1 is expressed in wild-type trichomes
incipient (GL2, AT1G79840) mutant trichomes expand in plane of the leaf surface
differential gene expression ranking was used to search for new mutants
EBC (epidermal bladder cells) are considered large modified balloon-like trichomes Mesembryanthemum crystallinum
exogenous expression of BrcHL1b in the (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant rescues trichome formation on leaf margins Arabidopsis thaliana
Arabidopsis leaf trichome development serves as model for control of cell fate and cell differentiation Arabidopsis thaliana
TRY/ (CPC, AT2G46410) double mutant exhibits larger clusters trichomes Arabidopsis thaliana
genes ranked two and three in gl3–sst (SIM, AT5G04470) are known to be associated with trichomes Arabidopsis thaliana
negative regulation of (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) by (HDG2, AT1G05230) could be early function of (HDG2, AT1G05230) in trichome development
insertion lines from ABRC were screened for altered trichome morphology
hdg2-1 mutant was identified in trichome mutant screen Arabidopsis thaliana
differential growth between adjacent cells generates mechanical conflict with neighboring cells
genomic region of 288 kb between markers nga3023 and nga3098 contains 87 genes Arabidopsis thaliana
α-tubulin mutation results in helical twisting of trichomes
GT-1-LIKE1 (AT-GTL1, ATGTL1, GTL1, AT1G33240) suppresses endoreduplication in differentiating trichome cells Arabidopsis thaliana
Artemisia annua jasmonic acid carboxyl methyltransferase (AaJMT) overexpression transgenic lines upregulate trichome developmental genes Artemisia annua
trichomes vary in shape and size
35S::CRK28 lines present lesser trichomes in leaves Arabidopsis thaliana
wild type leaves have trichome branch number varying from two to four branches, with most trichomes being three-branched Arabidopsis thaliana
loss of (RPT2a, AT4G29040) leads to higher ploidy levels in Arabidopsis trichomes Arabidopsis thaliana
conserved molecular machinery is not operating in multicellular simple trichomes Nicotiana tabacum
L1-box mutation reduces GaRDL1 promoter activity in Arabidopsis trichomes Arabidopsis thaliana
brassinosteroid is directly involved in trichome development Solanum lycopersicum
wild-type Arabidopsis rosette leaves contain trichome branching pattern Arabidopsis thaliana
approximately 50% of (MAU2, TCL1, AT2G30432) transformants develop glabrous leaves Arabidopsis thaliana
socket cells surrounding trichomes are elongated radially Arabidopsis thaliana
(TCL2, AT2G30424) does not regulate trichome number Arabidopsis thaliana
loss-of-function mutations to CHROMATIN ASSEMBLY FACTOR1 (ATCAF1, CAF1, AT2G20020) affect final shape of the trichome Arabidopsis thaliana
(ATTOP6B, BIN3, HLQ, HYP6, RHL3, TOP6B, AT3G20780) and T-DNA insertion lines had sparse spike (non-branched) trichomes on primary leaves Arabidopsis thaliana
pGL1:MYB82c construct partially complemented (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant Arabidopsis thaliana
(AtMYB82, MYB82, AT5G52600) positively regulates trichome development
Can-0 has high trichome number Arabidopsis thaliana
transgenesis with additional copies of (ETC2, AT2G30420) (MAU2, TCL1, AT2G30432) and (TCL2, AT2G30424) tested effects on trichome number Arabidopsis thaliana
polarity field may influence trichomes
SIAMESE (SIM, AT5G04470) is crucial for cell identity maintenance required for Arabidopsis trichome formation Arabidopsis thaliana
seven lncRNAs are likely involved in trichome development Solanum lycopersicum
lncRNA000170 overexpression greatly inhibits expression of SlCycB3 Solanum lycopersicum
point mutation of BrpHL1a and BrcHL1a genes shows that 274T of BrpHL1a or Trp-92 of BrpHL1a is essential for hair formation Brassica rapa
large proportion of accessions with 274T show hairless phenotype Brassica rapa
(HDG2, AT1G05230) is member of the HD–ZIP IV transcription factor gene family Arabidopsis thaliana
expanded mutant search identified two additional new mutants Arabidopsis thaliana
overexpression of amiR-trichome recapitulates try and (CPC, AT2G46410) single or double mutant phenotypes Arabidopsis thaliana
(ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) (glabrous mutant) was used as negative control Arabidopsis thaliana
GLABRA2 (GL2, AT1G79840) is critical for trichome formation Arabidopsis thaliana
bzip60-1/17/28 +/− heterozygous triple mutant exhibits overdeveloped trichomes Arabidopsis thaliana
(ATSAC1, SAC1, AT1G22620) (SUPPRESSOR OF ACTIN1) mutant exhibits smaller trichomes Arabidopsis thaliana
(GDPDL3, GPDL2, MRH5, SHV3, AT4G26690) (GDPDL4, GPDL1, SVL1, AT5G55480) (SHAVEN3/ -LIKE1) mutant exhibits collapsed trichomes Arabidopsis thaliana
49 genes genetically shown to be important for trichome formation are important for trichome formation Arabidopsis thaliana
(AGL14, XAL2, AT4G11880) T-DNA insertion lines did not reveal trichome mutants Arabidopsis thaliana
(STI, AT2G02480) protein may function in same pathway as (BLT, AT1G64690) protein Arabidopsis thaliana
trichomes in double mutant trichome clusters never reached developmental stage at which newly discovered genes have maximal effects
1303 lncRNAs were discovered in young stems of woolly mutant LA3560 and non-woolly segregants Solanum lycopersicum
SlMYC1 is involved in tomato trichome initiation Solanum lycopersicum
closest R2R3-MYB homologs from Petunia hybrid and Zea mays were partially able to rescue trichome-defective (ATGL1, ATMYB0, GL1, MAU3, MYB0, AT3G27920) mutant phenotype of Arabidopsis thaliana Petunia hybrid; Zea mays; Arabidopsis thaliana
(SCS1, AT5G22450) /2a, (AtMYB28, HAG1, MYB28, PMG1, AT5G61420) and (ADA2B, PRZ1, AT4G16420) mutants displayed downregulation in expression of TRY Arabidopsis thaliana
GT2-LIKE1 (AT-GTL1, ATGTL1, GTL1, AT1G33240) is active in trichomes
seven lncRNAs (lncRNA000746, lncRNA000170, lncRNA000277, lncRNA000774, lncRNA000756, lncRNA000100, lncRNA000898) exhibit much higher expression level in stem trichomes compared to other tissues Solanum lycopersicum
transgenic plants overexpressing lncRNA000170 showed obviously decreased density of type I trichomes on lower stems Solanum lycopersicum
transcripts of Solyc10g006360 and lncRNA000170 were highly accumulated in woolly mutant LA3560 Solanum lycopersicum
metabolic alterations may be trigger for highly flexible adaptation in development of trichomes
regulatory roles of lncRNAs in trichome formation remain unclear current understanding Solanum lycopersicum