Drilldown: Karyotype

None (3) · 16 (1) · 20 (1) · 25 (1) · 27 (1) · 30 (1)

None (1) · 30 - 34 (3) · 34 - 70 (6)

None (3)

Australia (1) · Malaysia (1) · USA (1)

Imai et al., 1977 (1) · Imai et al., 1983 (1) · Taber et al., 1988 (1)

None · Lorite and Palomeque 2010 states some issues about the identification/sampling location · B Chromosome · Complex ''pilosula'' · Lorite and Palomeque 2010 states the presence of heteromorphic chromosome in 2n=39 · Robertsonian polymorphism · possible variation due B chromosomes · as ''Plagiolepis barbara'' · as ''Paratrechina parvula'' · as ''Pheidole cornutula'' · as ''Pheidole noda'' · as ''Pheidole rotschana'' · as ''Pheidole sitarches campestris'' · as ''Pheidole strobeli'' · as ''Pheidologeton diversus'' · as ''Pheidologeton'' · as ''Smithistruma'' sp. · as ''Polyrhachis simplex'' · as ''Pristomyrmex pungens'' · as ''Pachycondyla villosa''

Other values: ; ''Atta columbica'' is a writing mistake ''Iridomyrmex detectus'' in Crozier 1968a ''darwinianus'' group (as ''Iridomyrmex sp.ANIC-8) 'C. impressus'' group 'C. variegatus'' complex 'E. procera'' group 'Formica fusca'' group 'Meranoplus hirsutus'' group 'Meranoplus oceanicus'' group 'Myrmamblys'' group 'Pheidole concentrica'' group 'T. bicolor'' group 'darwinianus'' group (as ''Iridomyrmex sp.ANIC-9) 2n=24 is probably a mistake 2n=39 was ''also observed in one worker 2n=58 also observed due B-chromosome polymorphism B Chromosome polymorphism B chomosomes 30, 30+1B Corrected for 2n=92-94 in Imai 1990 Different karyotype reported in Mariano 2007 In Imai 1966a as ''Camponotus'' sp. and in Imai 1969 as ''C. caryae'' group sp. but the authors correct the identification by ''C. tokioensis'' and the current valid name is ''C. vitiosus'' In Imai et al. 1966 as ''Camponotus'' sp.; Lorite and Palomeque 2010 states that this karyotype could be a mistake In Spain population in Palomeque et al. 1990 variation in the number of chromososmes were reported due B-chromosome Karyotype formula as state by the authors Karyotype n=16 was reported in Lorite et al., 2002b and suggested that it is due B-chromosome Lorite and Palomeque 2010 state that such karyotype is unusual in Dolichoderinae Lorite and Palomeque 2010 suggested that such karyotype is unusual in ''Iridomyrmex'' Only one pupa analyzed was ''n=27 Population from HMAS Albatross Population from Lawson Population from Mt Victoria Population from Piccadilly Circus Population from Tridbinbilla Population from Wentworth Falls Population polymorphism The photo is the ''Myrmicaria brunnea subcarinata'' a metacentric pair is single and two telocentric corresponds the arms as ''Acantholepis lunaris'' as ''Allomerus octoarticulatus'' and ''Allomerus octoarticulatus demerarae'' as ''Amblyopone reclinata'' as ''Amblyopone'' cf. ''fortis'' as ''Anoplolepis longipes'' as ''Bothriomyrmex gibbus'' as ''Bothriomyrmex pusillus'' as ''Bothroponera rufipes'' as ''Brachyponera sinensis'' as ''C. albicans'' as ''Camponotus taylori'' as ''Cerapachys biroi'' as ''Cerapachys brevis'' as ''Chalepoxenus kutteri'' as ''Chalepoxenus siciliensis'' as ''Chelaner rothsteini'' as ''Chelaner whitei'' as ''Conomyrma flava'' as ''Conomyrma pyramica'' as ''Crematogaster laboriosa'' as ''D. bituberculatus'' as ''Diplorhoptrum'' sp. as ''Doronomyrmex goesswaldi'' as ''Doronomyrmex kutteri'' as ''Doronomyrmex pacis'' as ''Doronomyrmex pocahontas'' as ''Dorymyrex'' sp. in Crozier 1968b as ''Epimyrma adlerzi'' as ''Epimyrma algeriana'' as ''Epimyrma bernardi'' as ''Epimyrma corsica'' as ''Epimyrma kraussei'' as ''Epimyrma ravouxi'' as ''Epimyrma stumperi'' as ''F. foetidus'' as ''F. picea'' as ''F. transkaucasica'' (incertae sedis) as ''Harpagoxenus americanus'' as ''Iridomyrmex cordatus'' as ''Iridomyrmex glaber''n Crozier 1968a and as ''Iridomyrmex itoi''n Imai and Yosida 1964 as ''Iridomyrmex gracilis'' as ''Iridomyrmex humilis'' as ''Iridomyrmex itinerans'' as ''Iridomyrmex nitidus'' as ''Iridomyrmex pilifer'', reidentified as ''L. fuscum'' by Wild (2007) as ''Iridomyrmex'' sp. ANIC-10 as ''Iridomyrmex'' sp. nr. ''pilifer'', reidentified as ''L. fuscum'' by Wild (2007) as ''Kyidris mutica'' as ''Lasius pallitarsus'' as ''Leptogenys minchini'' as ''Leptogenys ocellifera'' as ''Leptothorax affinis'' as ''Leptothorax albipennis'', ''L. tuberointerruptus'', ''Stenamma albipennis'' as ''Leptothorax albipennis'', ''L. tuberointerruptus'', ''Stenamma albipennis'' as ''Leptothorax ambiguus'' as ''Leptothorax andrei'' as ''Leptothorax angustulus'' as ''Leptothorax congruus'' as ''Leptothorax corticalis'' as ''Leptothorax curvispinosus'' as ''Leptothorax duloticus'' as ''Leptothorax exilis'' as ''Leptothorax flavicornis'' as ''Leptothorax gredosi'' as ''Leptothorax interruptus'' as ''Leptothorax kraussei'' as ''Leptothorax lichtensteini'' as ''Leptothorax longispinosus'' as ''Leptothorax melas'' as ''Leptothorax niger'' as ''Leptothorax nigriceps'' as ''Leptothorax nylanderi'' as ''Leptothorax parvulus'' as ''Leptothorax provancheri'' as ''Leptothorax rabaudi'' as ''Leptothorax racovitzai'' as ''Leptothorax recedens'' as ''Leptothorax rottenbergii'' as ''Leptothorax rougeti'' (subspecies of ''Temnothorax unifasciatus'') as ''Leptothorax rugatulus'' as ''Leptothorax schaumii'' as ''Leptothorax sordidulus'' as ''Leptothorax specularis'' as ''Leptothorax sphagnicolus'' as ''Leptothorax spinosior'' as ''Leptothorax spinosus'' as ''Leptothorax tristis'' as ''Leptothorax tuberum'' as ''Leptothorax unifasciatus'' as ''Leptothorax'' cf. ''interruptus'' as ''Leptothorax'' cf. ''lichtensteini'' as ''Leptothorax'' spp., ''tuberum'' group as ''Monomorium latinode'' as ''Monomorium viride'' as ''Mycetomoellerius fuscus'' as ''Myrmecia ruginoda'' or ''Ponera ruginoda'' as ''Myrmica laevinodis'' as ''Myrmica rubida'' as ''Myrmoxenus gordiagini'' as ''Oligomyrmex asinus'' as ''Oligomyrmex sauteri'' as ''Oligomyrmex'' sp. 1 as ''Oligomyrmex'' sp. 2 as ''Oligomyrmex'' sp. 4 as ''Oligomyrmex'' sp. 5 as ''Oligomyrmex'' sp. ANIC-6 as ''Oligomyrmex'' sp.1 as ''Oligomyrmex'' sp.2 as ''P. estebanius'' as ''Pachycondyla apicalis'' as ''Pachycondyla arhuaca'' as ''Pachycondyla astuta'' as ''Pachycondyla carinulata'' as ''Pachycondyla constricta'' as ''Pachycondyla crenata'' as ''Pachycondyla gilberti'' as ''Pachycondyla goeldii'' as ''Pachycondyla inversa'' as ''Pachycondyla leeuwenhoeki'' as ''Pachycondyla marginata'' as ''Pachycondyla mesonotalis'' as ''Pachycondyla metanotalis'' as ''Pachycondyla rubra'' as ''Pachycondyla stigma'' as ''Pachycondyla subversa'' as ''Pachycondyla succedanea'' as ''Pachycondyla tridentata'' as ''Pachycondyla unidentata'' as ''Pachycondyla venusta'' as ''Pachycondyla venusta'' group as ''Paratrechina indica'' as ''Sphinctomyrmex steinheili'' as ''Strumigenys taipingensis'' as ''Symmyrmica chamberlini'' as ''T. hispanicum'' as ''Tapinoma nigerum'' as ''Trachymyrmex fuscus'' as ''Triglyphothrix lanuginosa'' as ''Triglyphothrix walshi'' as ''Triglyphothrix'' sp. 1 as ''Triglyphothrix'' sp. 2 as ''Trigonogaster'' sp. as ''Xiphomyrmex'' sp. as ''Xiphomyrmex'' sp2.(ANIC) as ''Xiphomyrmex'' sp3.(ANIC) as ''Xiphomyrmex'' sp4.(ANIC) as cf. ''fulvipes'' at figure subtitle it is mentioned 2n=54 but it may be a mistake since the formula is correct as ''desbribed in the results and the karyotype has ''26 chromosome pairs code PSW156 in Crozier 1966 as ''Diceratoclinea scrabida'' in Gona et al. 1982 as ''Leptogenys'' sp.1 in Gona et al. 1982 as ''Leptogenys'' sp.2 mentined as a result of Robertsonian polymorphism n=14 was also reported, Lorite and Palomeque 2010 suggested that such karyotype is due Robertsonian polymorphism near ''B. tesseronoda'' near ''C. infuscus'' near ''C. variegatus'' near ''D. bryanti'' near ''Leptogenys peugueti'' near ''Monomorium glabrum'' current as ''Trichomyrmex glaber'' near ''P. fossulata'' near ''P. grayi'' near ''P. watsoni'' near ''P. yerbuyi'' near ''Pachycondyla obscurans'', now is ''Brachyponera obscurans'' near ''Pseudolasius emeryi'' near to ''Lepisiota fergusoni'' near to ''Lepisiota sericea'' ocurrence of supernumery chromosome segment putative mutant individual seven medium-size chromosomes metacentric and two small chromosomes one metacentric and one acrocentric. suggested Robertsonian polymorphism suggested to be due supernumerary chromosome the first record for the subfamily the karyotype has been published only for the Indian poplations this karyotype is reported as fusion of two telocentric chromosomes variation observed for 2n=41-43 due B-chromsomes