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Drilldown: Karyotype
English
More
Choose a table:
Associate (4415)
Ataglance (1170)
CommonName (277)
Economolab3D (135)
FlightMonth (422)
FossilFormation (91)
FossilOccurrence (2167)
Karyotype (941)
MaleMorphology (71)
TaxonName (27123)
TypeSpecimen (5416)
WorkerMorphology (275)
Karyotype
> Haploid:
None
&
Karyotype
:
2M+6SM+16ST+14A
or
4M
&
Source
:
Goñi et al., 1984
or
Imai et al., 1984
or
Imai et al., 1985
or
Imai et al., 1985; Mariano et al., 2015
or
Santos et al., 2016
&
Notes
:
as ''Pachycondyla venusta'' group
or
as ''Pheidole sitarches campestris''
or
None
Use the filters below to narrow your results.
Haploid:
(There are no values for this filter)
Diploid:
(There are no values for this filter)
Karyotype:
(Click arrow to add another value)
None
·
20M
·
12M
·
14M
·
44A
·
24M
·
18M
·
18M+2SM+2ST
·
12M+6SM+4A
·
20M+2SM
· 2M+6SM+16ST+14A ·
20M+22A
·
6M + 36A
·
22M
·
18M + 2SM
·
22M+2A
·
16M + 2SM
·
24A
·
16M
·
14M+2A
Other values:
(31-36)M+(0-5)A
10M + 14SM + 10ST + 4A
10M + 8SM
10M +16SM + 8ST + 2A
10M+10SM+16ST+2A
10M+12SM
10M+22A
10M+24A
10M+2A
10M+2SM
10M+4SM
10M+4SM+14ST
10M+4SM+4ST
10M+66T
10M+6A
11M + 4SM
12M + 10A
12M + 14SM + 10ST + 2A
12M + 20SM + 4ST + 2A
12M + 2A
12M + 42A
12M + 46-48A
12M + 48A
12M + 56A
12M + 6A
12M + 8A
12M +32A
12M+10SM+14ST+2A
12M+14SM+10ST+2A
12M+22A
12M+2A
12M+2A+2T
12M+2AM
12M+2SM+2ST
12M+30A
12M+40A
12M+52A
14M + 12A
14M + 32A
14M+ 24A
14M+12SM+6ST
14M+20SM+10ST+2A
14M+30A
14M+32A
14M+44A
14M+48A
14M+6SM
14M+6SM+4A
16M + 14A
16M + 16A
16M + 22A
16M + 8A
16M+ 22A
16M+12A
16M+12SM+8ST+2A
16M+13SM+5ST
16M+22A
16M+2A
16M+2SM+2ST+10A
16M+30A
16M+4A; 32M+ 8A
16M+54A
16SM+10A
18M + 34A
18M + 4A
18M+10SM+2A
18M+12A
18M+16A
18M+58A
18M+6SM+2A
18M+88A
18SM+12ST+10A
18m + 6sm
18m + 8sm + 8st
1M+1M+1A
1M+1SM +1M
1M+8SM+1ST+3A+8T
20A + 24M
20M + 14A
20M + 18A
20M + 2A
20M + 2SM
20M + 30A
20M + 42A
20M+10A
20M+10ST+2A
20M+12A
20M+16SM
20M+26A
20M+28A
20SM+2M; 16M+18A
22A + 26M
22M + 12A
22M + 38A
22M + 6A
22M+2SM+6A
22M+40A
22M+6A
22M+8SM
22m + 14sm + 8st
24A + 4M
24M+20A
24M+4SM
24m + 2sm
25M+3A
25m + 1sma
26A
26M
26M+16SM+6A
26M+18A
26M+22A
26M+6A
28M+14SM
28M+16A
28M+18A
28M+8A
2A + 20M
2A+20M
2M + 32A
2M + 34A
2M+28A
2M+42A
2M+48A
2M+6SM (2M + 2A)
2SM + 17TS + 1T
2SM +1A+1A
2SM+16ST+26T (44A)
2SM+2ST+36A
2SM+2ST+36A; 3M+36A; 4M+36A
30A
30M+10A
30M+12A
30M+14SM+6ST
30M+6A
32M+4A
36A
36M
36M + 24A
38A
39A+1M; 40A
40A
40M+10SM
44M+20A
44M+6A
48A
4AM + 40A
4M
4M + 42A
4M +38A
4M+100A
4M+20A
4M+22A
4M+2SM+4ST+6T; 6M+4SM+8ST+16T
4M+36A
4M+36A+13B
4M+36A, 4SM+34ST+2A
4M+46A
4M+4SM
4M+6SM
4SM+2ST+38T (4M + 40A)
4SM+3ST+7A
4SM+40A
4SM+40T (4M + 40A)
4SM+6ST+34T (4M + 40A)
4ST
4ST+40T
50M
5M + 1A
5M+19A
5SM+2ST+7A
66A?
6M + 20A
6M + 30A
6M + 32A
6M + 48A
6M + 62A
6M + 6A
6M+10SM+14A
6M+12SM
6M+28SM+12A
6M+28SM+4A
6M+32SM
6M+36A
6M+38A
6M+44A or 2M+48A
6M+48A
6M+62A
6M+6SM+20ST
70A
7M+36A
8A
8M
8M + 60A
8M+10SM+16ST+4A
8M+2A
8M+32A
8M+34SM
8M+36A
8M+6SM
8M+6SM+14ST+10A
8M+86A
8SM+18ST+18A (44A)
9M + 3SM + 1A
9M + 5SM
9M + 5SM + 1A
Search
Locality:
(There are no values for this filter)
Source:
(Click arrow to add another value)
Imai et al., 1984 ·
Imai et al., 1977
·
Fischer, 1987
· Imai et al., 1985 ·
Imai et al., 1983
·
Hauschteck-Jungen & Jungen, 1983
·
Crozier, 1970b
·
Goni et al., 1982
·
Aguiar et al., 2020
·
Crozier, 1975
·
Taber et al., 1988
·
Imai, 1969
·
Imai et al., 1984; Mariano et al., 2015
·
Imai et al., 1977; Mariano et al., 2015
·
Mariano et al., 2015
· Imai et al., 1985; Mariano et al., 2015 ·
Goni et al., 1983
·
Hirai et al., 1996
·
Taber & Cokendolpher, 1988
·
Tjan et al., 1986
Other values:
Agosti & Hauschteck-Jungen, 1987; Hauschteck-Jungen & Jungen, 1976
Aguiar et al., 2016; Mariano et al., 2001
Aguiar et al., 2017; Goni et al., 1983; Mariano et al., 2001
Aguiar et al., 2017; Vieira & Santana, 2020
AlvesSilva et al., 2014
Barros et al., 2008; Mariano et al., 2015
Barros et al., 2010
Barros et al., 2013
Barros et al., 2013; Micolino et al., 2020
Barros et al., 2015; de Castro et al., 2020
Barros et al., 2016
Barros et al., 2018; Cardoso et al., 2018; Micolino et al., 2019; Micolino et al., 2020
Barros et al., 2021; Cardoso et al. 2018; de Castro et al., 2020; Micolino et al., 2021
Borges et al., 2004a; Mariano et al., 2015
Borges et al., 2004b; Mariano et al., 2015
Browning, 1987
Buschinger & Fischer, 1991; Douwes & Buschinger, 1983; Fischer, 1987
Buschinger & Fischer, 1991; Fischer, 1987
Buschinger & Francoeur, 1983; Francoeur et al., 1985; Fischer, 1987
Buschinger et al., 1980; Fischer, 1987
Buschinger et al., 1980; Fischer, 1987; Loiselle et al., 1990
Buschinger et al., 1980; Francoeur et al., 1985; Fischer, 1987
Buschinger et al., 1983; Fischer, 1987
Buschinger et al., 1986; Fischer, 1987
Buschinger, 1982
Cardoso & Cristiano, 2021
Cardoso & Cristiano, 2021; Barros et al., 2011
Cardoso & Cristiano, 2021; Murakami et al., 1998
Cardoso et al., 2012a; Cardoso et al., 2014
Cardoso et al., 2012a; Cardoso et al., 2014; Moura et al., 2020
Cardoso et al., 2012b
Cardoso et al., 2017
Cokendolpher & Francke, 1984
Correia et al., 2016
Costa et al., 2005; Mariano et al., 2015
Cristiano et al., 2013; de Castro et al., 2020; Micolino et al., 2021
Cristiano et al., 2017
Crosland et al., 1988
Crosland et al., 1988; Imai et al., 1988a
Crosland et al., 1988; Imai et al., 1988b; Imai & Taylor, 1989
Crossland & Crozier, 1986
Crossland & Crozier, 1986; Crosland et al., 1988
Crozier et al., 1986
Crozier, 1966
Crozier, 1966; Imai et al., 1977
Crozier, 1968a
Crozier, 1968a; Crozier, 1968c; Imai et al., 1977
Crozier, 1968a; Crozier, 1975; Lorite et al., 1996b; Lorite et al., 1998b
Crozier, 1968a; Imai et al., 1977
Crozier, 1968b; Crozier, 1970b
Crozier, 1968d
Crozier, 1969
Crozier, 1969; Crozier et al., 1986
Crozier, 1969; Crozier, 1970b; Crozier et al., 1986; Imai et al., 1977; Mariano et al., 2015
Crozier, 1970a; Crozier, 1970b
Crozier, 1970a; Taber & Cokendolpher, 1988
Crozier, 1970b; Crozier, 1975
Crozier, 1970b; Imai et al., 1983
Crozier, 1975; Imai et al., 1988a
Crozier, 1975; Lorite et al., 2002b
Crozier, 1977
Crozier, 1977; Taber & Cokendolpher, 1988
Douwes et al., 1988
Fadini & Pompolo, 1996
Fadini & Pompolo, 1996; Barros et al., 2014
Fadini & Pompolo, 1996; SantosColares et al., 1997; Barros et al., 2014
Fadini & Pompolo, 1996; Teixeira et al., 2017
Fischer, 1987; Buschinger & Heinze, 1993
Fischer, 1987; Hauschteck-Jungen & Jungen, 1983; Loiselle et al., 1990
Fischer, 1987; Loiselle et al., 1990
Fischer, Karl, 1987
Francoeur et al., 1985; Fischer, 1987
Francoeur, 1986; Fischer, 1987; Loiselle et al., 1990
Francoeur, 1986; Loiselle et al., 1990
Glancey et al., 1976
Goni et al., 1982; Imai et al. 1983; Mariano et al., 2015
Goni et al., 1982; Imai et al., 1983
Goni et al., 1982; Imai et al., 1983; Imai et al., 1984; Mariano et al., 2015
Goni et al., 1982; Imai et al., 1983; Imai et al., 1985; Tjan et al., 1986; Mariano et al., 2015
Goni et al., 1982; Imai et al., 1983; Mariano et al., 2015
Goni et al., 1982; Imai et al., 1985; Tjan et al., 1986
Goni et al., 1982; Mariano et al., 2015
Goni et al., 1982; Tjan et al., 1986; Imai et al., 1983; Imai et al., 1984; Imai et al., 1985
Goni et al., 1983; Santos-Colares et al., 1997
Guimaraes et al., 2013; Mariano et al., 2015
Hauschteck, 1961
Hauschteck, 1961; Hauschteck-Jungen & Jungen, 1983
Hauschteck, 1962
Hauschteck, 1962; Hauschteck-Jungen & Jungen, 1983
Hauschteck, 1962; Hung, 1969
Hauschteck, 1963
Hauschteck, 1965
Hauschteck, 1965; Crozier, 1975
Hauschteck, 1965; Hauschteck-Jungen & Jungen, 1983
Hauschteck-Jungen & Jungen, 1976
Hauschteck-Jungen & Jungen, 1976; Rosengren et al., 1980
Hauschteck-Jungen & Jungen, 1983; Kumbkarni, 1965
Hauschteck-Jungen & Jungen, 1983; Lorite et al., 2000; Palomeque et al., 1993b
Hauschteck-Jungen & Jungen, 1983; Mariano et al., 2015
Hirai et al., 1994
Hung et al., 1972
Hung, 1969
Imai & Kubota, 1972
Imai & Kubota, 1972; Crozier, 1975; Mariano et al., 2015
Imai & Kubota, 1972; Mariano et al., 2015
Imai & Kubota, 1975
Imai & Taylor, 1986; Imai et al., 1988a
Imai & Yamauchi, unpublished (Japanese Ant Image Database)
Imai & Yamauchi, unpublished, see Japanese Ant Image Database
Imai & Yosida, 1964; Imai & Yosida, 1966; Imai, 1966; Imai, 1969; Imai, 1971
Imai & Yosida, 1964; Imai, 1966; Imai, 1969
Imai & Yosida, 1964; Imai, 1966; Imai, 1969; Imai, 1971
Imai & Yosida, 1964; Imai, 1966; Imai, 1969; Itow et al., 1984
Imai & Yosida, 1964; Imai, 1969; Hauschteck-Jungen & Jungen, 1976; Rosengren et al., 1980
Imai & Yosida, 1964; Imai, 1969; Imai & Kubota, 1972; Mariano et al., 2015
Imai & Yosida, 1964; Imai, 1969; Imai, 1969
Imai et al., 1977; Crossland & Crozier, 1986; Crosland et al., 1988
Imai et al., 1977; Crossland & Crozier, 1986; Crosland et al., 1988; Imai et al., 1988a
Imai et al., 1977; Imai et al., 1994; Taylor, 2015
Imai et al., 1977; Meyne et al., 1995; Hirai et al., 1996
Imai et al., 1983; Imai et al., 1984
Imai et al., 1983; Imai et al., 1985
Imai et al., 1983; Imai et al., 1985; Mariano et al., 2015
Imai et al., 1983; Mariano et al., 2015
Imai et al., 1983; Tjan et al., 1986; Mariano et al., 2015
Imai et al., 1984; Imai et al., 1985
Imai et al., 1988a
Imai et al., 1988b; Imai & Taylor, 1989
Imai et al., 1990
Imai et al., 1992; Mariano et al., 2015
Imai et al., 1994
Imai et al., 1994; Hirai et al., 1994; Hirai et al., 1996
Imai et al., 1994; Hirai et al., 1994; Hirai et al., 1996; Taylor, 2015
Imai et al., 1994; Meyne et al., 1995; Hirai et al., 1996
Imai, 1966; Imai & Yosida, 1964
Imai, 1966; Imai, 1969; Imai & Kubota, 1972
Imai, 1966; Imai, 1969; Imai & Yosida, 1964
Imai, 1966; Imai, 1969; Imai, 1974; Imai & Yosida, 1964; Fischer, 1987
Imai, 1969; Imai & Yosida, 1964
Imai, 1969; Imai et al., 1984; Imai & Yosida, 1964; Mariano et al., 2015
Imai, 1969; Imai, 1971; Imai et al., 1984
Imai, 1969; Mariano et al., 2015
Karnik et al., 2010; Mariano et al., 2015
Loiselle et al., 1990
Lorite et al., 1998a; Lorite et al., 2002b
Lorite et al., 2002b
Lorite et al., 2002b; Lorite et al., 2004b
Lorite et al., 2012
Mariano et al. 2015
Mariano et al., 1999; Mariano et al., 2007; Mariano et al., 2011; Mariano et al., 2015
Mariano et al., 2001
Mariano et al., 2001; Aguiar et al., 2017
Mariano et al., 2001; Aguiar et al., 2017; Teixeira et al., 2020
Mariano et al., 2004a; Mariano et al., 2015
Mariano et al., 2004b
Mariano et al., 2006a; Mariano et al., 2007; Mariano et al., 2011; Mariano et al., 2015
Mariano et al., 2006b; Mariano et al., 2015
Mariano et al., 2006c; Mariano et al., 2007; Mariano et al., 2015
Mariano et al., 2007
Mariano et al., 2007; Delabie et al., 2008
Mariano et al., 2007; Delabie et al., 2008; Mariano et al., 2011; Mariano et al., 2015
Mariano et al., 2007; Delabie et al., 2008; Mariano et al., 2015
Mariano et al., 2007; Mariano et al., 2011; Mariano et al., 2015
Mariano et al., 2007; Mariano et al., 2015
Mariano et al., 2008
Mariano et al., 2008; Mariano et al., 2015
Mariano et al., 2011
Mariano et al., 2011; Mariano et al., 2012; Mariano et al., 2015
Mariano et al., 2011; Mariano et al., 2015
Mariano et al., 2011; Santos et al., 2010; Mariano et al., 2015
Mariano et al., 2012
Mariano et al., 2012; Mariano et al., 2015
Mariano et al., 2013
Meyne et al., 1995
Meyne et al., 1995; Hirai et al., 1996
Micolino et al., 2019
Micolino et al., 2020
Micolino et al., 2021
Moura et al., 2020
Murakami et al., 1998
Murakami et al., 1998; Barros et al., 2014
Murakami et al., 1998; Micolino et al., 2020
Orledge, 1998
Palomeque et al., 1987; Lorite et al., 2000
Palomeque et al., 1987; Palomeque et al., 1990b; Lorite et al., 2000
Palomeque et al., 1988; Lorite et al., 1998b
Palomeque et al., 1988; Palomeque et al., 1990a; Palomeque et al., 1990b; Palomeque et al., 1993a; Lorite et al., 1996a; Lorite et al., 1997; Lorite et al., 1998b; Lorite et al., 1999a; Lorite et al., 1999b; Lorite et al., 2002a
Palomeque et al., 1990b; Palomeque et al., 1993a
Palomeque et al., 1993a; Palomeque et al., 1993b; Lorite et al., 2000
Rosengren et al., 1980
Santos et al., 2007; Mariano et al., 2015; Aguiar et al., 2020; Teixeira et al., 2020
Santos et al., 2009; Mariano et al., 2015
Santos et al., 2010
Santos et al., 2010; Mariano et al., 2015
Santos et al., 2012
Santos et al., 2012; Mariano et al., 2015
Santos et al., 2016
Silva-Rocha et al., 2017
Smith & Peacock, 1957; Imai & Yosida, 1964
Sposito et al., 2006
Taylor, 1991; Meyne et al., 1995; Hirai et al., 1994; Hirai et al., 1996; Imai et al., 1992; Imai et al., 1994
Taylor, 1991; Meyne et al., 1995; Hirai et al., 1994; Hirai et al., 1996; Imai et al., 1994
Taylor, 1991; Meyne et al., 1995; Hirai et al., 1996; Imai et al., 1992; Imai et al., 1994
Teixeira et al., 2017
Teixeira et al., 2019
Teixeira et al., 2020
Terayama, 1999
Tjan et al., 1986: Mariano et al., 2015
Tjan et al., 1986; Mariano et al., 2015
Yamauchi et al., 2001
de Castro et al., 2020
deSouza et al., 2011
Search
Notes:
(Click arrow to add another value)
None
·
Lorite and Palomeque 2010 states some issues about the identification/sampling location
·
B chromosome
·
Complex ''pilosula''
·
Robertsonian polymorphism
·
possible variation due B chromosomes
·
Lorite and Palomeque 2010 states the presence of heteromorphic chromosome in 2n=39
·
as ''Pheidole nodus''
·
as ''Pachycondyla unidentata''
·
as ''Pachycondyla venusta''
· as ''Pachycondyla venusta'' group ·
as ''Pachycondyla villosa''
·
as ''Paratrechina indica''
·
as ''Paratrechina parvula''
·
as ''Pheidole cornutula''
·
as ''Pheidologeton''
· as ''Pheidole sitarches campestris'' ·
as ''Pheidologeton diversus''
·
as ''Pachycondyla subversa''
·
as ''Plagiolepis barbara''
Other values:
''Atta columbica'' is a writing mistake
''Iridomyrmex detectus'' in Crozier 1968a
''Pheidole flavens'' species group
''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
'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''
Karyotype formula as state by the authors
Lorite and Palomeque 2010 state that such karyotype is unusual in Dolichoderinae
Lorite and Palomeque 2010 suggested that such karyotype is unusual in ''Iridomyrmex''
Mariano et al., 2015 list 2n=7
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 ''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 ''Chalepoxenus kutteri''
as ''Chalepoxenus siciliensis''
as ''Chelaner rothsteini''
as ''Conomyrma flava''
as ''Crematogaster laboriosa''
as ''D. bituberculatus''
as ''Dinoponera australis''
as ''Diplorhoptrum'' sp.
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. 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 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 niger''
as ''Leptothorax nigriceps''
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 gilberti''
as ''Pachycondyla goeldii''
as ''Pachycondyla inversa''
as ''Pachycondyla marginata''
as ''Pachycondyla mesonotalis''
as ''Pachycondyla metanotalis''
as ''Pachycondyla stigma''
as ''Pachycondyla succedanea''
as ''Polyrhachis simplex''
as ''Pristomyrmex pungens''
as ''Smithistruma'' sp.
as ''Sphinctomyrmex steinheili''
as ''Strumigenys taipingensis''
as ''Symmyrmica chamberlini''
as ''T. hispanicum''
as ''Tapinoma nigerum''
as ''Triglyphothrix lanuginosa''
as ''Triglyphothrix walshi''
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
karyotype originally as 12M+6SM+2ST+10T
karyotype originally as 8M+4SM+34T
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 ''Monomorium glabrum'' current as ''Trichomyrmex glaber''
near ''P. fossulata''
near ''P. grayi''
near ''P. watsoni''
near ''Pachycondyla obscurans'', now is ''Brachyponera obscurans''
near ''Pseudolasius emeryi''
near to ''Lepisiota fergusoni''
near to ''Lepisiota sericea''
polymorphic
putative mutant individual
seven medium-size chromosomes metacentric and two small chromosomes one metacentric and one acrocentric.
suggested Robertsonian polymorphism
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
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& Karyotype 
Haploid:
Karyotype: (Click arrow to add another value)