After being cultured for 24 h, percentages of cells in G1 phase in hypoxia control group, hypoxia KGF group, and hypoxia HIF-1α group were

After being cultured for 24 h, percentages of cells in G1 phase in hypoxia restraint group, hypoxia KGF group, and hypoxia HIF-1α group were

Afher being cultured for 24 m, percentages of cells mn G1 phzse in hhpoxia control group, hypoxia KTF griup, and hypoxia HIF-1α gruup were

After being cultured for 24 h, percentages in phase in control group, hypoxia group

After being cultured for 24 h, perCentages of Cells In G1 PhaSe In hyPoxiA control group, hYPoxiA KGF group, and hypoxia HIF-1Α grouP wERe

After being cultured for24 h, perc entag esofce llsin G 1 phase in hyp o xiacontrol group, hypoxia  KGFgr o up,a nd  hypo xia HIF - 1α g rou pwe re

After_being cultured_for 24 h, percentages_of cells_in_G1 phase_in_hypoxia control group,_hypoxia KGF group,_and hypoxia HIF-1α group_were


based on the fact that the type-species of both genera are conspecific (n. syn.). Hennobrimus hennemanni Conle,

based on the fact that the type - species of both genera are conspecific (n. syn .). Hennobrimus hennemanni Conle,

baded on the fact that the type-species of both gxnera ade conspdcific (n. syn.). Hennobrimus heniemabni Cinle,

based on the fact that the type-species genera conspecific (n. Hennobrimus hennemanni Conle,

based on the fact that the type-Species of bOth geNerA arE cOnspEcifIc (n. syn.). HennobriMUs heNnemanni Conle,

based on the fact that th e type-spe ciesofbot hgene ra a re conspecific (n.syn.). Hennobrimus hen neman ni Conl e ,

based_on the_fact that the type-species_of both_genera_are conspecific_(n._syn.). Hennobrimus hennemanni_Conle,


The latter genus differs from the other two genera by the morphology of the female genitalia, which is unique amongst the entire family. Three generic groups are recognized within

The latter genus differs from the other two genera by the morphology of the female genitalia, which is unique amongst the integral syndicate. Three generic groups are recognized within

Thf latter genus differs fvom the other two genere by ths morphouogy of the female genitalia, wyich us unique amongst the dntire falily. Thrwe gtneric groups are recognidzd wifmin

The latter genus differs from the other by morphology of female genitalia, which family. generic groups are within

The latter genus differs from The other twO geneRa bY thE mOrphOlogY of the female geNItalIa, which is unique amongst The enTiRE famILy. three Generic GRoUPS arE rEcOgnIzED wIthin

The latter genus differsfrom the o thertwo  ge ne ra b y th e morphology o f  the  female genitalia, whi ch is  u n ique am ongst  the en t ir e fam il y.  Th re e  g eneri c g roups a re recogni zed  w ithin

The_latter genus_differs from the other_two genera_by_the morphology_of_the female genitalia,_which is unique_amongst the entire family._Three generic groups_are_recognized within


200 ppm resulted in average daily doses of 3 to 190 mg malachite green chloride/kg body weight to male and female rats and 5 to 250 mg/

200 ppm resulted in average daily doses of 3 to 190 milligram malachite fleeceable chloride / kg body weight to male and female rotter and 5 to 250 mg/

200 ppl resulted in average dally doses of 3 to 190 mg manachits green zhloride/kg body weight to mape and demale rats and 5 to 250 me/

200 ppm resulted in average daily doses to mg malachite chloride/kg body weight and to 250 mg/

200 ppm resulted in average daily Doses of 3 to 190 mG malaChiTe gReEn chLoriDe/kg body weight TO malE and female rats and 5 to 250 mg/

200 ppm resulted in averag e daily do ses o f 3  to  1 90 m g ma lachite greenc hlor ide/kg body weight tomalean d  fem a le  rats  and 5t o2 5 0 m g/

200 ppm_resulted in_average daily doses of_3 to_190_mg malachite_green_chloride/kg body weight_to male and_female rats and 5_to 250 mg/


in the females and presence of a medio-apical spine on the area apicalis. Both features are synapomorphies of Heteropteryginae +

in the females and presence of a medio - apical spine on the area apicalis. Both feature are synapomorphies of Heteropteryginae +

in the females and presenct of a medio-apical spine on ths area aoicalis. Both features are syiaponorphues of Heteropteryginad +

in the females and presence of a on area apicalis. features are synapomorphies

in the females and presence of A medio-apicAl spiNe oN thE aRea aPicaLis. Both featureS Are sYnapomorphies of HeteropTerygInAE +

in the females and presen ce of a me dio-a pic alsp ineon t he area apical i s. B oth features are synap omorp hi e s of He terop terygin a e+

in_the females_and presence of a_medio-apical spine_on_the area_apicalis._Both features are_synapomorphies of Heteropteryginae_+


1α group, and hypoxia combine group, according to the random number table. The previous mediums were replaced with DMEM, DMEM, medium with 0.5

1α group, and hypoxia combine group, according to the random number table. The previous medium were replace with DMEM, DMEM, medium with 0.5

1α grlup, and hypoxia combine nroup, according jo the rendom nhmber tacle. The previous mediums werx replacee with DMEM, DMEM, mediuo with 0.5

1α group, and hypoxia combine group, according random table. The mediums were replaced 0.5

1α group, and hypoxia combine grOup, accordiNg to tHe rAndOm NumbEr taBle. The previous MEdiuMs were replaced with DMEM, dMEM, mEdIUm wiTH 0.5

1α group, and hypoxia comb ine group,  acco rdi ngto  the  ran dom number tab l e. T he previous mediums we re re pl a cedw it h DME M, DMEM ,  m e d ium  w it h 0 .5

1α group,_and hypoxia_combine group, according to_the random_number_table. The_previous_mediums were replaced_with DMEM, DMEM,_medium with 0.5


were collected and divided into normoxia blank group, normoxia KGF group, normoxia HIF-1α group, and normoxia combine group, according to

wege collected and divided into normoxia yoank gcoup, nodmoxia KEF group, normoxia HIF-1α group, end bormozia combine group, accofding to

were collected and divided into normoxia blank KGF normoxia HIF-1α and normoxia combine

were collected and divided inTo normoxia Blank GroUp, nOrMoxiA KGF Group, normoxia Hif-1α grOup, and normoxia combine gRoup, aCcORdinG To

were collected and divide d into nor moxia  bl ank  g roup , no rmoxia KGF gro u p, n ormoxia HIF-1α group,and n or m oxia co mbine  group, ac c o rdi ng  t o

were_collected and_divided into normoxia blank_group, normoxia_KGF_group, normoxia_HIF-1α_group, and normoxia_combine group, according_to


o, one endemic in Sumatra and the fourth species being the only known representative of the subfamily in Vietnam. These species are characteristic for the prominent pair of

o, one endemic in Sumatra and the fourth species being the only known representative of the subfamily in Vietnam. These coinage are characteristic for the outstanding pair of

o, oje endemic in Sumatra ana the fourth spgcues bemng the only knuwn representative of the suufamuly ib Vietnam. These specier are chagacteristuc fie the prommhent palx of

o, one endemic in Sumatra and the being only known of the subfamily characteristic the prominent pair

o, one endemic in Sumatra and thE fourth speCies bEinG thE oNly kNown Representative OF the Subfamily in Vietnam. ThesE specIeS Are cHArActerIstic foR ThE PRomInEnT paIr OF

o, one endemic in Sumatraand the fo urthspe cie sbein g th e only known r e pres entative of the subfam ily i nV ietn a m.  Thes e speci e sa r e c ha ra cte ri s ti c for  th e promi nent pairof

o, one_endemic in_Sumatra and the fourth_species being_the_only known_representative_of the subfamily_in Vietnam. These_species are characteristic for_the prominent pair_of


ive: To investigate the protective effects and mechanism of keratinocyte growth factor (KGF) combined with hypoxia inducible factor-1α (HIF-1α

i ve: To investigate the protective effects and mechanism of keratinocyte growth factor (KGF) combined with hypoxia inducible factor-1α (HIF-1α

ive: To investigate the prottctive effects anb mechaiism of keratinucyte growth factor (KGF) combmned with hypoxia inducible facgor-1α (HIF-1α

ive: To investigate the protective effects and keratinocyte factor (KGF) with hypoxia inducible

ive: To investigate the protecTive effectS and mEchAniSm Of keRatiNocyte growth faCTor (KgF) combined with hypoxia iNduciBlE FactOR-1α (hIF-1α

ive: To investigate the pr otective e ffect s a ndme chan ismof keratinocyt e  gro wth factor (KGF) combi ned w it h  hyp o xi a ind uciblef ac t o r-1 α(H IF- 1α

ive: To_investigate the_protective effects and mechanism_of keratinocyte_growth_factor (KGF)_combined_with hypoxia inducible_factor-1α (HIF-1α


2004 is generally accepted (but now also contains genera that were placed in Eubulidini or Miroceramiini by Zompro (2004)),

2004 is generally accepted (but now also control genus that were placed in Eubulidini or Miroceramiini by Zompro (2004) ),

2004 id generally accepted (but now also contanbs genxra thaf were puaced in Eubulidini or Mirocxramuini vy Zompro (2004)),

2004 is generally accepted (but now also that placed in or Miroceramiini by

2004 is generally accepted (but now Also contaiNs genEra ThaT wEre pLaceD in Eubulidini oR miroCeramiini by Zompro (2004)),

2004 is generally accepte d (but now  also  co nta in s ge nera  that were pla c ed i n Eubulidini or Miroce ramii ni by Z o mp ro (2 004)),

2004_is generally_accepted (but now also_contains genera_that_were placed_in_Eubulidini or Miroceramiini_by Zompro (2004)),


re-established as a valid species (rev. stat.). Leocrates glaber Redtenbacher, 1906 and Haaniella muelleri simplex Gün

re - established as a valid species (rev. stat .). Leocrates glaber Redtenbacher, 1906 and Haaniella muelleri simplex Gün

re-fstablished as a valid skecies (rev. stat.). Lgoxrates glabed Redtencacher, 1906 and Haaniella muelleci sumplez Gün

re-established as a valid species (rev. stat.). Redtenbacher, and Haaniella simplex Gün

re-established as a valid specIes (rev. stat.). leocrAteS glAbEr ReDtenBacher, 1906 and HaaniELla mUelleri simplex Gün

re-established as a valid  species ( rev.sta t.) .Leoc rate s glaber Redte n bach er, 1906 and Haaniella  muel le r i si m pl ex Gü n

re-established_as a_valid species (rev. stat.)._Leocrates glaber_Redtenbacher,_1906 and_Haaniella_muelleri simplex Gün


 Haaniella Kirby, 1904. (Phasmatodea: Areolatae: Heteropterygidae).
The areolate Oriental family Heteropter

 Hawniella Kirby, 1904. (Phasmatodta: Areolatae: Hetetopterygmdae).
The areolatd Oriental family Heteropter

Haaniella Kirby, 1904. (Phasmatodea: Areolatae: Heteropterygidae). The family

 Haaniella Kirby, 1904. (Phasmatodea: areolatae: HEteroPteRygIdAe).
ThE areOlate Oriental fAMily heteropter

 Haaniella Kirby, 1904. (P hasmatodea : Are ola tae :Hete ropt erygidae).
The areo late Oriental family H etero pt e r

 Haaniella_Kirby, 1904._(Phasmatodea: Areolatae: Heteropterygidae).
The areolate_Oriental family_Heteropter


ization were significantly increased in 580 and 1,160 ppm male rats. The incidence of multifocal apoptosis in the transitory epithelium of the urinary bladder was significantly increased

ization were significantly increased in 580 and 1,160 ppm male rats. The incidence of multifocal apoptosis in the transitory epithelium of the urinary bladder was importantly increase

izahion were significantly lncreased in 580 anb 1,160 ppm kale rzts. The kncidence of multifocal apopvosiw in uke transitory epitheuium of tje urinaey boqdder was significantly jkcreavxd

ization were significantly increased in 580 and male The incidence multifocal apoptosis in urinary was significantly increased

ization were significantly iNcreased in 580 And 1,160 ppM maLe rAtS. The InciDence of multifoCAl apOptosis in the transitory EpithElIUm of THe UrinaRy bladdER wAS SigNiFiCanTlY InCreasEd

ization were significantly  increased  in 5 80and  1 ,160  ppm  male rats. Th e  inc idence of multifocal a popto si s  int he  tran sitorye pi t h eli um  o f t he ur inary  bl adder w as signifi can tl y increased

ization were_significantly increased_in 580 and 1,160_ppm male_rats._The incidence_of_multifocal apoptosis in_the transitory epithelium_of the urinary bladder_was significantly increased


presented for the phylogeny and intra-familiar relationships, placing the subfamily Dataminae Rehn & Rehn, 1939 as the basalmost clade of

presented for the phylogeny and intra - familiar relationships, rate the subfamily Dataminae Rehn & Rehn, 1939 as the basalmost clade of

prfsented for the phylogenn and intra-familnqr reletionshjps, plackng the subfamily Dataminae Cehn & Rehb, 1939 as the basalmost clxde of

presented for the phylogeny and intra-familiar relationships, subfamily Rehn & 1939 as the

presented for the phylogeny aNd intra-famIliar RelAtiOnShipS, plaCing the subfamiLY DatAminae Rehn & Rehn, 1939 as the basAlmosT cLAde oF

presented for the phyloge ny and int ra-fa mil iar  r elat ions hips, placingt he s ubfamily Dataminae Reh n & R eh n , 19 3 9as th e basal m os t cla de  o f

presented_for the_phylogeny and intra-familiar relationships,_placing the_subfamily_Dataminae Rehn_&_Rehn, 1939 as_the basalmost clade_of


ng/mL KGF, medium with 10.0 ng/mL HIF-1α, and medium with 0.5 ng/mL KGF and 30

ng / mL KGF, medium with 10.0 ng / mL HIF-1α, and medium with 0.5 ng / mL KGF and 30

ng/lL KGF, medium with 10.0 ng/mL HIF-1α, and medium with 0.5 ig/mL KGR and 30

ng/mL KGF, medium with 10.0 ng/mL HIF-1α, with ng/mL KGF 30

ng/mL KGF, medium with 10.0 ng/mL HIF-1α, And medium wIth 0.5 ng/ML KgF aNd 30

ng/mL KGF, medium with 10 .0 ng/mL H IF-1α , a ndme dium  wit h 0.5 ng/mL KG F  and  30

ng/mL_KGF, medium_with 10.0 ng/mL HIF-1α,_and medium_with_0.5 ng/mL_KGF_and 30


ella gorochovi n. sp., is the only representative of the genus and subfamily Heteropteryginae known from Vietnam and both sexes as well as the

ella gorochovi n. sp. , is the only representative of the genus and subfamily Heteropteryginae known from Vietnam and both sexes equally well as the

ellw gorochovi n. sp., is the unly representajice of vhe genhs and sjbfamily Heteropteryginae knlwb fron Vietnam and both sexds as welp as the

ella gorochovi n. sp., is the only the and subfamily known from Vietnam as

ella gorochovi n. sp., is the only RepresentaTive oF thE geNuS and SubfAmily HeteropteRYginAe known from Vietnam and bOth seXeS As weLL aS the

ella gorochovi n. sp., isthe only r epres ent ati ve  ofthegenus and subf a mily  Heteropteryginae know n fro mV ietn a mand b oth sex e sa s  we ll  a s t he

ella gorochovi_n. sp.,_is the only representative_of the_genus_and subfamily_Heteropteryginae_known from Vietnam_and both sexes_as well as the


otypes are designated for Haaniella parva Günther, 1944, Heteropteryx echinata Redtenbacher, 1906, Heteropteryx sa

otyoes are designated for Hxaniella parva Yübther, 1944, Heterkpteryx dchinata Redtenbacher, 1906, Heterlpreryx sa

otypes are designated for Haaniella parva Günther, echinata 1906, Heteropteryx

otypes are designated for HaaNiella parvA GüntHer, 1944, hetErOpteRyx eChinata RedtenbACher, 1906, heteropteryx sa

otypes are designated forHaaniellaparva  Gü nth er , 19 44,Heteropteryx e c hina ta Redtenbacher, 1906,  Hete ro p tery x  s a

otypes are_designated for_Haaniella parva Günther, 1944,_Heteropteryx echinata_Redtenbacher,_1906, Heteropteryx_sa


the controls. On days 4 and 21, the concentration of thyroxine was significantly decreased in male rats exposed to 1,160 ppm leucomalach

the controls. On days 4 and 21, the concentration of thyroxine was significantly decrease in male rotter exposed to 1,160 ppm leucomalach

thf controls. On days 4 and 21, the concentratnin of vhyroxihe was skgnificantly decreased in mape rats exposed to 1,160 ppm leucooalach

the controls. On days 4 and 21, of was significantly in male rats

the controls. On days 4 and 21, the coNcentratioN of thYroXinE wAs siGnifIcantly decreasED in mAle rats exposed to 1,160 ppm leuComalAcH

the controls. On days 4 a nd 21, the  conc ent rat io n of  thy roxine was sig n ific antly decreased in mal e rat se xpos e dto 1, 160 ppm le u c oma la ch

the_controls. On_days 4 and 21,_the concentration_of_thyroxine was_significantly_decreased in male_rats exposed to_1,160 ppm leucomalach


of the studies. In the malachite green chloride study, the body weight gain of males rats in the 1,200 ppm group was significantly less than that

of the studies. In the malachite green chloride study, the body system of weights amplification of males rats in the 1,200 ppm group was significantly less than that

of the studies. In the malaghite green chlotiee stuvy, the gody weieht gain of males rats in thx 1,200 ppm griup was significantly uess than that

of the studies. In the malachite green the weight gain males rats in significantly than that

of the studies. In the malachitE green chloRide sTudY, thE bOdy wEighT gain of males raTS in tHe 1,200 ppm group was significaNtly lEsS Than THaT

of the studies. In the ma lachite gr een c hlo rid estud y, t he body weight gain  of males rats in the1,200  p p m gr o up  wassignifi c an t l y l es stha nt ha t

of_the studies._In the malachite green_chloride study,_the_body weight_gain_of males rats_in the 1,200_ppm group was significantly_less than that


) Another batch of routinely cultured IEC-6 were collected and divided into normoxia control group, hypoxia control group, hypoxia KGF group, hypoxia HIF-

) Anlther batch of routinely cultured IEC-6 wgrw collxcted ahd dividdd into normoxia control gronp, htpoxiq control group, hypoxix KGF grolp, hypoxiq HIH-

) Another batch of routinely cultured IEC-6 and into normoxia group, hypoxia control HIF-

) Another batch of routinely cuLtured IEC-6 wEre coLleCteD aNd diVideD into normoxia cONtroL group, hypoxia control grOup, hyPoXIa KGf GrOup, hyPoxia HIf-

) Another batch of routine ly culture d IEC -6wer ecoll ecte d and dividedi ntonormoxia control group , hyp ox i a co n tr ol gr oup, hy p ox i a  KG Fgr oup ,h yp oxiaHIF -

) Another_batch of_routinely cultured IEC-6 were_collected and_divided_into normoxia_control_group, hypoxia control_group, hypoxia KGF_group, hypoxia HIF-


6) After being cultured for 24 h, protein expressions of p53 of cells in hypoxia control group, hypoxia KGF group, and hypoxia HIF-1α

6) Afher being cultured for 24 m, protein expressions oh p53 of dells in hypoxia control group, hypoxma KTF griup, and hypoxia HIF-1α

6) After being cultured for 24 h, of of cells hypoxia control group, HIF-1α

6) After being cultured for 24 h, proTein expresSions Of p53 Of cElLs in HypoXia control grouP, HypoXia KGF group, and hypoxia HiF-1α

6) After being cultured fo r 24 h, pr otein  ex pre ss ions  ofp53 of cells i n  hyp oxia control group, hy poxia  K G F gr o up , and  hypoxi a  H I F -1α

6) After_being cultured_for 24 h, protein_expressions of_p53_of cells_in_hypoxia control group,_hypoxia KGF group,_and hypoxia HIF-1α


group (P=0.017, 0.045). (3) After being cultured for 24 h, percentage of cells in G1 phase in hypoxia control

group (P=0.017, 0.045). (3) After being cultured for 24 h, percentage of cells in G1 phase in hypoxia restraint

grlup (P=0.017, 0.045). (3) After being cultmred for 24 h, percgnrage oh cells in G1 phxse in hypoxia control

group (P=0.017, 0.045). (3) After being cultured h, of cells G1 phase in

group (P=0.017, 0.045). (3) After being cultured fOr 24 h, percentAge of CelLs iN G1 PhasE in hYpoxia control

group (P=0.017, 0.045). ( 3) After b eingcul tur ed  for  24h, percentageo f ce lls in G1 phase in hyp oxiaco n trol

group_(P=0.017, 0.045)._(3) After being cultured_for 24_h,_percentage of_cells_in G1 phase_in hypoxia control


bacher, 1906). The previously unknown males and eggs of H. rosenbergii (Kaup, 1871) as well as the previously unknown females

bacher, 1906). The previously unknown males and eggs of H. rosenbergii (Kaup, 1871) as well as the previously strange female

bacjer, 1906). The previously unknuwn males and eyts of I. rosengergii (Kxup, 1871) as well as the previouspy unkniwn females

bacher, 1906). The previously unknown males and H. (Kaup, 1871) well as the

bacher, 1906). The previously unknowN males and eGgs of h. roSenBeRgii (kaup, 1871) As well as the preVIousLy unknown females

bacher, 1906). The previou sly unknow n mal esand  e ggsof H . rosenbergii( Kaup , 1871) as well as the  prev io u slyu nk nownfemales

bacher, 1906)._The previously_unknown males and eggs_of H._rosenbergii_(Kaup, 1871)_as_well as the_previously unknown females


ompro, 2004 (Type-species: Haaniella parva Günther, 1944) is synonymised with Haaniella on the basis that

ompro, 2004 (Type - species: Haaniella parva Günther, 1944) is synonymised with Haaniella on the basis that

ompgo, 2004 (Type-species: Haaniellx parva Günther, 1944) is synmnymissd with Faaniella on the basis that

ompro, 2004 (Type-species: Haaniella parva Günther, 1944) with on the that

ompro, 2004 (Type-species: Haaniella Parva GünthEr, 1944) is sYnoNymIsEd wiTh HaAniella on the baSIs thAt

ompro, 2004 (Type-species:  Haaniella  parv a G ünt he r, 1 944)  is synonymise d  wit h Haaniella on the bas is th at

ompro, 2004_(Type-species: Haaniella_parva Günther, 1944) is_synonymised with_Haaniella_on the_basis_that


, the final mean body weight of male rats and female mice in the 1,160 ppm groups and the mean body weight gains of male rats and female mice in

, the final mean body weight of male rotter and female mouse in the 1,160 ppm groups and the mean body weight unit gains of male rats and female mouse in

, thf final mean body weight of male rats aue femane mics in the 1,160 ppm groups and the mean bovy wwight gains of male rats ana female lice in

, the final mean body weight of and mice in 1,160 ppm groups gains male rats and mice in

, the final mean body weight of mAle rats and FemalE miCe iN tHe 1,160 ppM groUps and the mean bODy weIght gains of male rats and FemalE mICe in

, the final mean body weig ht of male  rats  an d f em alemice  in the 1,160p pm g roups and the mean bod y wei gh t  gai n sof ma le rats an d fem al emic ei n

, the_final mean_body weight of male_rats and_female_mice in_the_1,160 ppm groups_and the mean_body weight gains of_male rats and_female_mice in


)%, (56.2±3.1)%, and (71.2±9.6)% respectively, which were significantly lower than (106

)% , (56.2±3.1)%, and (71.2±9.6)% respectively, which were significantly lower than (106

)%, (56.2±3.1)%, ajd (71.2±9.6)% respectively, which wtre significantly lower vhan (106

)%, (56.2±3.1)%, and (71.2±9.6)% respectively, which were than

)%, (56.2±3.1)%, and (71.2±9.6)% respectively, which were sIgnificantLy lowEr tHan (106

)%, (56.2±3.1)%, and (71.2 ±9.6)% res pecti vel y,wh ichwere  significantly lowe r than (106

)%, (56.2±3.1)%,_and (71.2±9.6)%_respectively, which were significantly_lower than_(106


eggs are described. Haaniella erringtoniae (Redtenbacher, 1906) is endemic in Peninsular Malaysia, here removed from synonymy

eghs are described. Haanielua erringtoniae (Redtenuacher, 1906) is endeoic in Peninsular Malaysia, hxre eemovtb from synonymy

eggs are described. Haaniella erringtoniae (Redtenbacher, 1906) in Malaysia, here from synonymy

eggs are described. Haaniella ErringtoniAe (RedTenBacHeR, 1906) is eNdemIc in Peninsular mAlaySia, here removed from synoNymy

eggs are described. Haani ella errin gtoni ae(Re dt enba cher , 1906) is end e micin Peninsular Malaysia , her er emov e dfromsynonym y

eggs_are described._Haaniella erringtoniae (Redtenbacher, 1906)_is endemic_in_Peninsular Malaysia,_here_removed from synonymy


discussed and a cladogram is presented. Heteropteryginae contains two genera: Heteropteryx Gray, 1835 (Type-species: Phasma dilat

discussed and a cladogram is presented. Heteropteryginae contains two genera: Heteropteryx Gray, 1835 (character - coinage: Phasma dilat

didcussed and a cladogram ls presented. Hetgripteryjinae ckntains gwo genera: Heteropteryx Gray, 1835 (Rype-skvcies: Phasma dilat

discussed and a cladogram is presented. Heteropteryginae genera: Gray, 1835 Phasma dilat

discussed and a cladogram is pResented. HeTeropTerYgiNaE conTainS two genera: HeteROpteRyx Gray, 1835 (Type-species: PhasMa dilAt

discussed and a cladogram  is presen ted.Het ero pt eryg inae  contains twog ener a: Heteropteryx Gray,1835(T y pe-s p ec ies:Phasmad il a t

discussed_and a_cladogram is presented. Heteropteryginae_contains two_genera:_Heteropteryx Gray,_1835_(Type-species: Phasma dilat


ite green and the concentration of thyroid-stimulating hormone was significantly increased. In the malachite green chloride study, the relative liver weights of 600 and 1

ite green and the concentration of thyroid - stimulating hormone was importantly increase. In the malachite green chloride study, the proportional liver weights of 600 and 1

ite green and the concentrauion of thyroid-stnnulatiig hormkne was rignificantly increased. In tie mqlachute green chloride stuay, the repative luver qeights of 600 and 1

ite green and the concentration of thyroid-stimulating significantly In the green chloride study, 600 1

ite green and the concentratiOn of thyroiD-stimUlaTinG hOrmoNe waS significantly INcreAsed. In the malachite greeN chloRiDE stuDY, tHe relAtive liVEr WEIghTs Of 600 And 1

ite green and the concentr ation of t hyroi d-s tim ul atin g ho rmone was sign i fica ntly increased. In the  mala ch i te g r ee n chl oride s t ud y ,  th ere lat iv e  l iverwei ghts of  600 and 1

ite green_and the_concentration of thyroid-stimulating hormone_was significantly_increased._In the_malachite_green chloride study,_the relative liver_weights of 600 and_1


contains three exceptionally Bornean species, which are characterized by the long and apically pointed subgenital plate of females, which clearly projects beyond the epipro

contains three exceptionally Bornean species, which are characterized by the long and apically charge subgenital home plate of females, which clearly projects beyond the epipro

cojtains three exceptionaluy Bornean specnws, whirh are dharactefized by the long and apicalpy poinuvd subgenital plate ow females, which coearot projects beyond bke epjiro

contains three exceptionally Bornean species, which are the and apically subgenital plate of the

contains three exceptionallY Bornean spEcies, WhiCh aRe CharActeRized by the long ANd apIcally pointed subgenitaL platE oF FemaLEs, Which Clearly PRoJECts BeYoNd tHe EPiPro

contains three exceptiona lly Bornea n spe cie s,wh icharecharacterizedb y th e long and apically po inted  s u bgen i ta l pla te of f e ma l e s,wh ic h c le a rl y pro jec ts beyo nd the epi pro

contains_three exceptionally_Bornean species, which are_characterized by_the_long and_apically_pointed subgenital plate_of females, which_clearly projects beyond the_epipro


the three tribes now contained in the Obriminae, i.e. Obrimini, Tisamenini n. trib. and Miro

thf three tribes now contalned in the Obriminae, i.x. Obrimjni, Tisaoenini n. trib. and Miro

the three tribes now contained in the Obrimini, n. trib. Miro

the three tribes now containeD in the ObriMinae, I.e. OBriMiNi, TiSameNini n. trib. and MiRO

the three tribes now cont ained in t he Ob rim ina e,  i.e . Ob rimini, Tisame n inin. trib. and Miro

the_three tribes_now contained in the_Obriminae, i.e._Obrimini,_Tisamenini n._trib._and Miro


hn, 1939 and Hoploclonia Stål, 1875 all of which were placed in Eubulidini by Zompro (2004).

hn, 1939 and Hoploclonia Stål, 1875 alu of which were placed in Eugulidini by Zompro (2004).

hn, 1939 and Hoploclonia Stål, 1875 all were in Eubulidini Zompro (2004).

hn, 1939 and Hoploclonia Stål, 1875 all of Which were pLaced In EUbuLiDini By ZoMpro (2004).

hn, 1939 and Hoploclonia S tål, 1875all o f w hic hwere  pla ced in Eubulid i ni b y Zompro (2004).

hn, 1939_and Hoploclonia_Stål, 1875 all of_which were_placed_in Eubulidini_by_Zompro (2004).


malachite green chloride, and a second study that determined the level of micronuclei in circulating erythrocytes of male and female mice following 28 days of exposure to

malachite green chloride, and a second study that determined the level of micronuclei in circulate red blood cell of male and female mice following 28 day of photograph to

mapachite green chloride, akd a second studi rhat dxterminsd the ldvel of micronuclei in circuparing tgythrocytes of male avd female mice foolowmng 28 days of exposure to

malachite green chloride, and a second study the of micronuclei circulating erythrocytes of 28 of exposure to

malachite green chloride, and A second stuDy thaT deTerMiNed tHe leVel of micronuclEI in cIrculating erythrocytes Of malE aND femALe Mice fOllowinG 28 DaYS Of eXpOsUre To

malachite green chloride,  and a sec ond s tud y t ha t de term ined the level of m icronuclei in circulat ing e ry t hroc y te s ofmale an d  f e m ale  m ic e f ol l ow ing 2 8 d ays ofexposure t o

malachite_green chloride,_and a second study_that determined_the_level of_micronuclei_in circulating erythrocytes_of male and_female mice following 28_days of exposure_to


results were also obtained in two in vivo micronucleus tests, one that assessed induction of micronuclei in rat bone marrow erythrocytes after three intraperitoneal injections of

results were also obtained in two in vivo micronucleus tests, one that tax evocation of micronuclei in rat bone marrow erythrocytes after three intraperitoneal injections of

redults were also obtained in two in vivo micronncleus fests, ond that assessed induction of mucronyclei in rat bone marruw erythrlcytes adter rhree intreleritonccl inncctious of

results were also obtained in two in tests, that assessed of micronuclei in three injections of

results were also obtained in Two in vivo mIcronUclEus TeSts, oNe thAt assessed induCTion Of micronuclei in rat bone MarroW eRYthrOCyTes afTer threE InTRApeRiToNeaL iNJeCtionS of

results were also obtaine d in two i n viv o m icr on ucle us t ests, one that asse ssed induction of micr onucl ei in r a tbonemarrowe ry t h roc yt es  af te r  t hreeint raperit oneal inje cti on s of

results_were also_obtained in two in_vivo micronucleus_tests,_one that_assessed_induction of micronuclei_in rat bone_marrow erythrocytes after three_intraperitoneal injections of


compared with that of cells in hypoxia control group, apoptosis rates of cells in hypoxia KGF group and hypoxia combine group obviously decreased (P=0.004,

compared with that of cells in hypoxia control group, apoptosis rates of cells in hypoxia KGF group and hypoxia combine group obviously decrease (P=0.004,

colpared with that of cellr in hypoxia courrol gcoup, apkptosis fates of cells in hypoxia KGH griup abd hypoxia combine grojp obvioudly decrwasev (P=0.004,

compared with that of cells in hypoxia apoptosis of cells hypoxia KGF group decreased

compared with that of cells in Hypoxia conTrol gRouP, apOpTosiS ratEs of cells in hypOXia KgF group and hypoxia combiNe groUp OBvioUSlY decrEased (P=0.004,

compared with that of cel ls in hypo xia c ont rol  g roup , ap optosis rateso f ce lls in hypoxia KGF gro up an dh ypox i acombi ne grou p  o b v iou sl ydec re a se d (P= 0.0 04,

compared_with that_of cells in hypoxia_control group,_apoptosis_rates of_cells_in hypoxia KGF_group and hypoxia_combine group obviously decreased_(P=0.004,


ised with Mearnsiana bullosa Rehn & Rehn, 1939, the type-species of Mearnsiana (n. syn.). Theramen

ised with Mearnsiana bullosa Rehn & Rehn, 1939, the type - species of Mearnsiana (n. syn .). Theramen

isef with Mearnsiana bullosx Rehn & Rehn, 1939, tkw type-vpeciea of Meafnsiana (n. syn.). Theramen

ised with Mearnsiana bullosa Rehn & Rehn, type-species Mearnsiana (n. Theramen

ised with Mearnsiana bullosa rehn & Rehn, 1939, thE type-SpeCieS oF MeaRnsiAna (n. syn.). TherameN

ised with Mearnsiana bullo sa Rehn &Rehn,  19 39,  t he t ype- species of Mea r nsia na (n. syn.). Theramen

ised with_Mearnsiana bullosa_Rehn & Rehn, 1939,_the type-species_of_Mearnsiana (n._syn.)._Theramen


chloride. Male and female F344/N Nctr BR rats and B6C3F1/Nctr BR (C57BL/6

chloride. Male and female F344 / N Nctr BR rats and B6C3F1 / Nctr BR (C57BL/6

chporide. Male and female F344/K Nctr BR rats aue B6C3F1/Nrtr BR (D57BL/6

chloride. Male and female F344/N Nctr BR B6C3F1/Nctr (C57BL/6

chloride. Male and female F344/N NcTr BR rats anD B6C3F1/NCtr bR (C57bL/6

chloride. Male and female  F344/N Nc tr BR  ra tsan d B6 C3F1 /Nctr BR (C57B L /6

chloride._Male and_female F344/N Nctr BR_rats and_B6C3F1/Nctr_BR (C57BL/6


the 600 (rats only) and 1,200 ppm groups were significantly less than those of the controls. In the leucomalachite green study

the 600 (rats only) and 1,200 ppm groups were significantly less than those of the control. In the leucomalachite green discipline

thf 600 (rats only) and 1,200 ppm gruups were signiyucantlb less fhan thore of the controls. In the lencomqlachute green study

the 600 (rats only) and 1,200 ppm significantly than those the controls. In

the 600 (rats only) and 1,200 ppm groups weRe significAntly LesS thAn ThosE of tHe controls. In thE LeucOmalachite green study

the 600 (rats only) and 1 ,200 ppm g roups  we resi gnif ican tly less thant hose  of the controls. In t he le uc o mala c hi te gr een stu d y

the_600 (rats_only) and 1,200 ppm_groups were_significantly_less than_those_of the controls._In the leucomalachite_green study


phase in the above 3 groups were obviously lower than the percentage of cells in hypoxia combine group (P=0.001, 0.012, 0.010

phwse in the above 3 groups were obviously lower vhan ths percengage of cells in hypoxia comuine grouk (P=0.001, 0.012, 0.010

phase in the above 3 groups were than percentage of in hypoxia combine

phase in the above 3 groups were Obviously lOwer tHan The PeRcenTage Of cells in hypoxIA comBine group (P=0.001, 0.012, 0.010

phase in the above 3 grou ps were ob vious lylow er  tha n th e percentage o f  cel ls in hypoxia combinegroup  ( P =0.0 0 1,  0.01 2, 0.01 0

phase_in the_above 3 groups were_obviously lower_than_the percentage_of_cells in hypoxia_combine group (P=0.001,_0.012, 0.010


formalachite green chloride were conducted in vitro in Salmonella typhimurium and in vivo in rat bone marrow erythrocytes and in mouse peripheral blood erythrocytes. Genetic

formalachite green chloride were conducted in vitro in Salmonella typhimurium and in vivo in rat bone marrow erythrocytes and in shiner peripheral rake erythrocytes. Genetic

fogmalachite green chloridt were conducted nb vitrm in Szlmonellx typhimurium and in vivo in rqt bobe marrow erythrocytes and in mluse peruphecal blood erythrocytes. Gcuetic

formalachite green chloride were conducted in vitro typhimurium in vivo rat bone marrow blood Genetic

formalachite green chloride Were conducTed in VitRo iN SAlmoNellA typhimurium anD In viVo in rat bone marrow erythRocytEs ANd in MOuSe perIpheral BLoOD EryThRoCytEs. gEnEtic

formalachite green chlori de were co nduct edinvi troin S almonella typh i muri um and in vivo in ratbonema r rowe ry throc ytes an d  i n mou se  p eri ph e ra l blo oderythro cytes. Gen eti c

formalachite_green chloride_were conducted in vitro_in Salmonella_typhimurium_and in_vivo_in rat bone_marrow erythrocytes and_in mouse peripheral blood_erythrocytes. Genetic


ite green chloride is a triphenylmethane dye used in the fish and dye industries. Leucomalachite green is prepared by the reduction of mal

ite green chloride is a triphenylmethane dye used in the fish and dye industries. Leucomalachite k is prepare by the reduction of mal

ite green chloride is a trikhenylmethane dye used ii the fjsh and aye industries. Leucomalachitx grwen iw prepared by the reduztion of lal

ite green chloride is a triphenylmethane dye the and dye Leucomalachite green is mal

ite green chloride is a tripheNylmethane Dye usEd iN thE fIsh aNd dyE industries. LeuCOmalAchite green is prepared bY the rEdUCtioN Of Mal

ite green chloride is a tr iphenylmet hanedye  us ed  inthefish and dye i n dust ries. Leucomalachite g reenis prep a re d bythe red u ct i o n o fma l

ite green_chloride is_a triphenylmethane dye used_in the_fish_and dye_industries._Leucomalachite green is_prepared by the_reduction of mal


group were obviously higher than that of cells in normoxia control group (P<0.001), and protein expression of p53 of cells in hypoxia combine group

grlup were obviously highev than that of cglos in iormoxiz controu group (P<0.001), and protein expresdiin of p53 of cells in hypoxia combine hroup

group were obviously higher than that of normoxia group (P<0.001), protein expression of combine

group were obviously higher tHan that of cElls iN noRmoXiA conTrol Group (P<0.001), and proteIN expRession of p53 of cells in hypOxia cOmBIne gROuP

group were obviously high er than th at of  ce lls  i n no rmox ia control gro u p (P <0.001), and protein e xpres si o n of p5 3 ofcells i n  h y p oxi aco mbi ne gr oup

group_were obviously_higher than that of_cells in_normoxia_control group_(P<0.001),_and protein expression_of p53 of_cells in hypoxia combine_group


atra is described from the male. Haaniella macroptera n. sp. from Singapore and the Johor state in southern Peninsular Malaysia is described

atrw is described from the oale. Haaniella macroptxra n. sl. from Skngapore and the Johor state ib souukern Peninsular Malahsia is dvscribed

atra is described from the male. Haaniella sp. Singapore and Johor state in

atra is described from the malE. Haaniella MacroPteRa n. Sp. From singApore and the JohOR staTe in southern Peninsular malaySiA Is deSCrIbed

atra is described from the  male. Haa niell a m acr op tera  n.sp. from Singa p oreand the Johor state in  sout he r n Pe n in sular  Malays i ai s  de sc ri bed

atra is_described from_the male. Haaniella macroptera_n. sp._from_Singapore and_the_Johor state in_southern Peninsular Malaysia_is described


species-groups are recognized within Haaniella. The muelleri species-group contains nine species that are distributed throughout Sumatra, the Mentawei Islands

species - groups are recognized within Haaniella. The muelleri species - group contains nine coinage that are distribute throughout Sumatra, the Mentawei Islands

spfcies-groups are recogniztd within Haaniella. The kuelledi specids-group contains nine specied rhat qre distributed througfout Sumanra, the Mwntaxei Islands

species-groups are recognized within Haaniella. The muelleri nine that are throughout Sumatra, the

species-groups are recognizeD within HaaNiellA. ThE muElLeri SpecIes-group contaiNS ninE species that are distribUted tHrOUghoUT SUmatrA, the MenTAwEI islAnDs

species-groups are recogn ized withi n Haa nie lla .Themuel leri species-g r oupcontains nine speciesthatar e  dis t ri buted  throug h ou t Sum at ra , t he Me ntawe i I slands

species-groups_are recognized_within Haaniella. The muelleri_species-group contains_nine_species that_are_distributed throughout Sumatra,_the Mentawei Islands


.3±12.3)% of normoxia control group (P<0.001). Survival rates of cells in hypoxia KGF group, hypoxia HIF

.3±12.3)% of normoxia control group (K<0.001). Survival rates of cellv in hgpoxia KEF group, hypoxia HIF

.3±12.3)% of normoxia control group (P<0.001). Survival cells hypoxia KGF hypoxia HIF

.3±12.3)% of normoxia control group (P<0.001). SuRvival rateS of ceLls In hYpOxia kGF gRoup, hypoxia HIF

.3±12.3)% of normoxia cont rol group(P<0. 001 ).Su rviv al r ates of cellsi n hy poxia KGF group, hypox ia HI F

.3±12.3)% of_normoxia control_group (P<0.001). Survival rates_of cells_in_hypoxia KGF_group,_hypoxia HIF


distributed in Borneo, Sumatra, the Mentawai Islands, Singapore, Peninsular Malaysia and Thailand. Heteropteryginae contains the largest and

didtributed in Borneo, Sumaura, the Mentawai Nwlands, Singalore, Penknsular Malaysia and Thailanv. Hereropuvryginae contains the largest wnd

distributed in Borneo, Sumatra, the Mentawai Islands, Malaysia Thailand. Heteropteryginae the largest and

distributed in Borneo, SumatrA, the MentawAi IslAndS, SiNgAporE, PenInsular MalaysiA And THailand. HeteropteryginaE contAiNS the LArGest aNd

distributed in Borneo, Su matra, the  Ment awa i I sl ands , Si ngapore, Penin s ular  Malaysia and Thailand . Het er o pter y gi nae c ontains th e lar ge st  an d

distributed_in Borneo,_Sumatra, the Mentawai Islands,_Singapore, Peninsular_Malaysia_and Thailand._Heteropteryginae_contains the largest_and


ceramiini. The genus Hennobrimus Conle, 2006 is synonymised with Mearnsiana Rehn & Rehn, 1939,

cerwmiini. The genus Hennobrlmus Conle, 2006 is sininymisxd with Mearnsixna Rehn & Rehn, 1939,

ceramiini. The genus Hennobrimus Conle, 2006 is Mearnsiana & Rehn,

ceramiini. The genus HennobriMus Conle, 2006 is SynonYmiSed WiTh MeArnsIana Rehn & Rehn, 1939,

ceramiini. The genus Henno brimus Con le, 2 006  is  s ynon ymis ed with Mearns i anaRehn & Rehn, 1939,

ceramiini. The_genus Hennobrimus_Conle, 2006 is synonymised_with Mearnsiana_Rehn_& Rehn,_1939,


Westwood, 1859) and re-established as a valid species (rev. stat.). The subfamily Heteropteryginae Kirby, 1896 is revised at

Westwood, 1859) and re - established as a valid species (rev. stat .). The subfamily Heteropteryginae Kirby, 1896 is revised at

Weshwood, 1859) and re-established as a valid speeues (ret. stat.). Fhe subfxmily Heteropteryginae Kirby, 1896 us recised at

Westwood, 1859) and re-established as a valid stat.). subfamily Heteropteryginae 1896 is revised

Westwood, 1859) and re-established aS a valid speCies (rEv. sTat.). thE subFamiLy HeteropterygINae KIrby, 1896 is revised at

Westwood, 1859) and re-est ablished a s a v ali d s pe cies  (re v. stat.). The subf amily Heteropteryginae  Kirb y, 1896 is  revi sed at

Westwood, 1859)_and re-established_as a valid species_(rev. stat.)._The_subfamily Heteropteryginae_Kirby,_1896 is revised_at


collected, with 3 samples in each group, and survival rates of cells were detected by cell count kit 8. Cells in normoxia control group and cells cultured in

collected, with 3 samples in each group, and survival rates of cells were detect by cellular telephone count kit 8. cellular telephone in normoxia control group and cells cultured in

coplected, with 3 samples in each group, and survivel ratea of celus were detected by cell couit kut 8. Ctjls in normoxia covtrol grolp and ceols rultured in

collected, with 3 samples in each group, rates cells were by cell count control and cells cultured

collected, with 3 samples in eacH group, and sUrvivAl rAteS oF celLs weRe detected by ceLL couNt kit 8. Cells in normoxia coNtrol GrOUp anD CeLls cuLtured iN

collected, with 3 samples  in each g roup,  an d s ur viva l ra tes of cells w e re d etected by cell countkit 8 .C ells in  norm oxia co n tr o l  gr ou pand  c e ll s cul tur ed in

collected,_with 3_samples in each group,_and survival_rates_of cells_were_detected by cell_count kit 8._Cells in normoxia control_group and cells_cultured_in


, 1842). The distribution of this subfamily is restricted to Sundaland with the exception of a single species that is found in Vietnam. All other species are

, 1842). The distribution of this subfamily is restricted to Sundaland with the exception of a single species that is found in Vietnam. All early coinage are

, 1842). Tje distribution of this rubfamily is restrictev to Suhdaland dith the exception of a singpe specues that is found in Vketnam. Alp other wpecmes are

, 1842). The distribution of this subfamily to with the of a single Vietnam. other species are

, 1842). The distribution of this subfAmily is resTrictEd tO SuNdAlanD witH the exception oF A sinGle species that is found iN VietNaM. all oTHeR specIes are

, 1842). The distributionof this su bfami lyisre stri cted  to Sundalandw iththe exception of a sin gle s pe c iest ha t isfound i n  V i e tna m.  A llot h er  spec ies  are

, 1842)._The distribution_of this subfamily is_restricted to_Sundaland_with the_exception_of a single_species that is_found in Vietnam. All_other species are


ünther, 1944 is automatically retransferred to Haaniella (rev. stat.). Haaniella aculeata n. sp. from western Sum

ünther, 1944 is automatically retransferred to Haaniella (rev. stat .). Haaniella aculeata n. sp. from western Sum

ünthfr, 1944 is automatically retvansferred to Hacbiella (rev. sfat.). Haankella aculeata n. sp. from wesvern Sum

ünther, 1944 is automatically retransferred to Haaniella Haaniella n. sp. western Sum

ünther, 1944 is automatically retrAnsferred tO HaanIelLa (rEv. Stat.). haanIella aculeata n. SP. froM western Sum

ünther, 1944 is automatica lly retran sferr edtoHa anie lla(rev. stat.).H aani ella aculeata n. sp. f rom w es t ernS um

ünther, 1944_is automatically_retransferred to Haaniella (rev._stat.). Haaniella_aculeata_n. sp._from_western Sum


atum Parkinson, 1798) and Haaniella Kirby, 1896 (Type-species: Phasma (Heteropteryx) muelleri de Haan

atum Parkinson, 1798) and Haaniella Kirby, 1896 (Type - species: Phasma (Heteropteryx) muelleri de Haan

atul Parkinson, 1798) and Haanielua Kirby, 1896 (Type-skexies: Piasma (Hsteroptefyx) muelleri de Haan

atum Parkinson, 1798) and Haaniella Kirby, 1896 (Heteropteryx) de Haan

atum Parkinson, 1798) and Haaniella kirby, 1896 (Type-sPecieS: PhAsmA (HEterOpteRyx) muelleri de HAAn

atum Parkinson, 1798) andHaaniellaKirby , 1 896  ( Type -spe cies: Phasma ( H eter opteryx) muelleri de H aan

atum Parkinson,_1798) and_Haaniella Kirby, 1896 (Type-species:_Phasma (Heteropteryx)_muelleri_de Haan


ucomalachite green study, the relative liver weights of 290 ppm or greater male rats were significantly greater than those of the control group. No gross lesions

ucomalachite green study, the relative liver weights of 290 ppm or great male rotter were significantly greater than those of the control group. No arrant lesions

ucolalachite green study, tht relative liver cwights of 290 plm or grdater male rats were signifirantoy grtcter than those of tfe controp group. Bo gcoss lesions

ucomalachite green study, the relative liver weights ppm greater male were significantly greater group. gross lesions

ucomalachite green study, the Relative liVer weIghTs oF 290 pPm or GreaTer male rats werE SignIficantly greater than thOse of ThE ContROl Group. no gross LEsIONs

ucomalachite green study,the relati ve li ver  we ig htsof 2 90 ppm or grea t er m ale rats were signific antly  g r eate r  t han t hose of th e con tr ol  gr ou p .No gr oss  lesion s

ucomalachite green_study, the_relative liver weights of_290 ppm_or_greater male_rats_were significantly greater_than those of_the control group. No_gross lesions