sibo 1.2 The Social Insect Behavior Ontology (SIBO) was created by Chris Smith. This ontology will eventually be integrated into the NBO ando contains collected terms for Chemical, Anatomy, Behavior, Species. The most developed use cases are for Pogonomyrmex harvester ant foraging and apis mellifera honeybee colony defense. definition created by creation date database_cross_reference has_exact_synonym has_obo_format_version has_obo_namespace has_related_synonym id shorthand BFO:0000050 sibo part_of part_of part_of BFO:0000060 sibo precedes precedes precedes cdsmith 2007-10-27T12:36:00Z sibo adjacent_to adjacent_to sibo associated_with_behavior associated_with_behavior sibo derived_from derives_from cdsmith 2007-10-17T12:27:00Z sibo is_relevant_for is_relevant_for 2007-10-06T12:45:00Z sibo produces produces cdsmith 2007-10-18T01:36:00Z sibo NCBITaxon:7460 Apis mellifera sibo SIBO:0000000 beta-elemene Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000001 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Glycerol Source of Standard: Sigma-Aldrich. Sample Type-2: Silica gel in bottles or vials. Analysis Method-2: Water extraction with derivatization. Compound Name-2: Glycerol Source of Standard-2: Sigma-Aldrich. Glycerol Profile of ant-derived compounds in silica gel nesting material. ChEBI:17754 DOI:10.1007/s10886-006-9249-y sibo SIBO:0000002 Organic Compound Profile of ant-derived compounds in silica gel nesting material. Carbamide sibo SIBO:0000003 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Urea. Source of Standard: Alfa Aesar. Urea Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Carbamide KEGG.COMPOUND:C00086 Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000005 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 2-Quinolinecarbixylic acid. Source of Standard: Sigma-Aldrich. 2-Quinolinecarbixylic acid Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y sibo SIBO:0000006 Glandular Source:Dufour's. n-Decane Formic acid. sibo SIBO:0000009 Glandular source: Poison. Formic acid Formic acid. ChEBI:30751 3-Octanol. sibo SIBO:0000010 Glandular Source:Mandibular. 3-Octanol 3-Octanol. Book:0674040759 3-Decanol. sibo SIBO:0000011 Glandular Source:Mandibular. 3-Decanol 3-Decanol. Book:0674040759 6-Methyl-5-hepten-2-ol. sibo SIBO:0000012 Glandular Source:Pygidal. 6-Methyl-5-hepten-2-ol 6-Methyl-5-hepten-2-ol. Book:0674040759 4-Heptanol. sibo SIBO:0000013 Glandular Source:Mandibular. 4-Heptanol 4-Heptanol. Book:0674040759 4-Methyl-3-heptanol. sibo SIBO:0000014 Glandular Source:Mandibular. 4-Methyl-3-heptanol 4-Methyl-3-heptanol. Book:0674040759 1-Hexanol. sibo SIBO:0000015 Glandular Source:Mandibular. 1-Hexanol 1-Hexanol. Book:0674040759 2-Hexanal. sibo SIBO:0000016 2-Hexanal 2-Hexanal. Book:0674040759 2-Butyl-2-octenal. sibo SIBO:0000018 2-Butyl-2-octenal 2-Butyl-2-octenal. Book:0674040759 Hexanal. sibo SIBO:0000020 Hexanal Hexanal. Book:0674040759 2-Methyl-4-heptanone. sibo SIBO:0000021 Glandular Source:Pygidial. 2-Methyl-4-heptanone 2-Methyl-4-heptanone. Book:0674040759 sibo SIBO:0000022 Glandular Source:Mandibular. 4-Heptanone 3-Decanone. sibo SIBO:0000023 Glandular Source:Mandibular. 3-Decanone 3-Decanone. Book:0674040759 2-Heptanone. sibo SIBO:0000024 Glandular Source:Madibular. 2-Heptanone 2-Heptanone. Book:0674040759 sibo SIBO:0000025 Glandular Source:Mandibular. 4,6-Dimethyl-4-octen-3-one sibo SIBO:0000026 Glandular Source:Pyidial. 4-Methyl-2-hexanone sibo SIBO:0000027 Glandular Source:Pygidial. 6-Methyl-5-hepten-2-one sibo SIBO:0000028 Glandular Source:Mandibular. 5-Methyl-3-heptanone sibo SIBO:0000029 Glandular Source:Mandibular. 4-Methyl-3-heptanone 2-Tridecanone. sibo SIBO:0000030 Glandular Source:Mandibular. 2-Tridecanone 2-Tridecanone. Book:0674040759 sibo SIBO:0000031 Glandular Source:Mandibular. 3-Octanone sibo SIBO:0000032 Glandular Source:Mandibular. 3-Nonanone sibo SIBO:0000033 Carboxylic acids true sibo SIBO:0000034 bvc true sibo SIBO:0000035 Glandular Source:Pygidial. 2-Acetyl-3-methylcyclopentene sibo SIBO:0000037 Glandular Source:Pygidial. cis-1-Acetyl-2-methylcyclopentane sibo SIBO:0000039 Glandular Source:Pygidial. 2-Methylcyclopentanone sibo SIBO:0000042 Glandular Source:Cephalic. Methyl anthranilate sibo SIBO:0000043 Glandular Source:Dufour's. Dodecyl acetate sibo SIBO:0000044 Glandular Source:Dufour's. Decyl acetate sibo SIBO:0000045 Glandular Source:Cephalic. Methyl 6-methylsalicylate sibo SIBO:0000046 Glandular Source:Dufour's. Tetradecyl acetate sibo SIBO:0000047 delta1-15Hy sibo SIBO:0000048 Invictolide sibo SIBO:0000049 beta-selinene sibo SIBO:0000050 alpha-selinene sibo SIBO:0000051 6-E1-pentenyl-2-pyranone sibo SIBO:0000052 Z,Z-alpha-homofarnesene sibo SIBO:0000053 E,E-alpha-farnesene sibo SIBO:0000054 Bee colony defense sibo SIBO:0000055 perception of threat sibo SIBO:0000056 Z,E-alpha-homofarnesene sibo SIBO:0000057 Triolein sibo SIBO:0000058 2S6S-2me-6-undecylpiperidine sibo SIBO:0000059 Z5Z9-3-butyl-5me-octahydroindolizine sibo SIBO:0000060 E5E9-3-butyl-5me-octahydroindolizine 2S6R-2-me-6-heptylpiperidine (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000061 2S6R-2-me-6-heptylpiperidine sibo SIBO:0000062 E5E9-3-hexyl-5-methylindolizidine sibo SIBO:0000063 Z5E9-3-hexyl-5-methylindolizidine sibo SIBO:0000064 Z5E8-3-heptyl-5me-pyrrolizidine sibo SIBO:0000065 2me-6-Z4-nonylpiperidine sibo SIBO:0000066 Z5Z9-3-butyl-5-propylindolizidine sibo SIBO:0000067 E5E9-3-butyl-5-propylindolizidine sibo SIBO:0000068 Discrimination or Identificiation sibo SIBO:0000069 Orientation sibo SIBO:0000070 new2 true sibo SIBO:0000071 Approach sibo SIBO:0000072 Secondary perception and discrimination or identification sibo SIBO:0000073 Alert sibo SIBO:0000075 Disengagement sibo SIBO:0000076 Threat sibo SIBO:0000077 4Rme-7-3Kt sibo SIBO:0000078 katepisternum true Apical margin/tooth- See Mandibles sibo SIBO:0000079 apical tooth of mandible Apical margin/tooth- See Mandibles SIBO:csmith Anterior tentorial pits- A pair of pits of impressions located anteriorly on the dorsal surface of the head, at or very close to the posterior clypeal margin. The pits indicate the points of attachment of the anterior arms of the internal skeleton (tentorium) of the head to head capsule. The termination of the posterior arms of the tentorium are marked by a pair of posterior tentorial pits, which are located close to the occipital foramen (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000080 anterior tentorial pit Basal angle/ lamella/ margin tooth- See Mandibles (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222.) sibo SIBO:0000081 basal angle of mandible Basal angle/ lamella/ margin tooth- See Mandibles (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000082 basal tooth of mandible Diastema- See Mandibles (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000083 diastema sibo SIBO:0000084 denticle Frontal carinae- A pair of longitudinal ridges on the head, located dorsally behind the clypeus and between the antennal sockets. They are very variable in the length and strength of development, frequently being short and simple but sometimes extending back to the occipital margin of the head. In some groups the frontal carina are vestigial or absent, but elsewhere they may be strongly developed or form the dorsal margins of extensive antennal scrobes. Commonly the frontal carinae anteriorly are expanded into progecting lobate extensions, the frontal lobes, which partially or entirely cover and conceal the antennal sockets. Frontal lobes may be the only expression of the frontal carinae in some groups. Sometimes the portions of the torulus closets to the cephalic midline is raised and expanded into a small, laterally projecting lobe, which may extend beyond the lateral margin of the frontal carina or lobe. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo Frontal lobes SIBO:0000085 frontal carina sibo SIBO:0000086 eye Fronto-clypeal suture- The suture forming the posterior margin or boundary of the clypeusl frequently referred to as the posterios clypeal margin. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000087 fronto-clypeal suture Frontal triangle- A small triangular patch of the cuticle located mediodorsally on the head immediately behind the clypeus and approximately between the antennal sockets or anterior parts of the frontal carinae in many ant taxa. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000088 frontal triangle sibo SIBO:0000089 frontal lobe Gena- Area of front of head bounded in front by the posterior margin of he clypeus, behind by the anterior margin of the eye, and medially by the antennal socket. The gena thus includes part of the cephalic dorsum and the side of the head capsule between the eye and the clypeus. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000090 gena sibo SIBO:0000091 funiculus of antenna sibo SIBO:0000092 lateral portion of clypeus Apical margin/tooth- See Mandibles (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000093 apical margin of mandible Basal angle/ lamella/ margin tooth- See Mandibles (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000094 basal margin of mandible sibo SIBO:0000095 external margin of mandible sibo SIBO:0000096 median portion of clypeus Antenna- The antenna in ants consists of an elongate basal segment, the scape, followed distally by 3-11 smaller segments which together constitute the funiculus (=flagellum), giving a total antennal segement count (=antennomere count) of 4 to12. The scape articulates with the head in the antennal socket (=antennal insertion), a foramen located behind the clypeus. The antennal socket itself is enriched by a narrow annular sclerite, the torulus, and may be overhung and concealed by the frontal lobe. At the base of the scape is a ball-like condylar bulb (=articulatory bulb), the part which actually articulates within the socket. Just distal of the condylar bulb is a short constriction of neck, which may be straight or curved, beyond which the scape shaft proper commences. The funicular segments may be filiform or the apical 1-4 may be enlarged to form a club. See also frontal carinae, torulus. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). cdsmith 2007-10-27T12:34:00Z sibo SIBO:0000097 antenna sibo SIBO:0000098 occipital margin of head sibo SIBO:0000099 scape of antenna A groove, impresison, or excavation in the sie of the head, which runs above or below the eye, to accomidate at least the antennal scape, but often the entire antenna, when the latter folded back. Antennal scrobes vary in development form simple broad shallow groves to extensive deep trenches. Antennal scrobes are abesent from most any genera. sibo SIBO:0000100 antennal scrobe A groove, impresison, or excavation in the sie of the head, which runs above or below the eye, to accomidate at least the antennal scape, but often the entire antenna, when the latter folded back. Antennal scrobes vary in development form simple broad shallow groves to extensive deep trenches. Antennal scrobes are abesent from most any genera. Bolton Glossary:<new dbxref> sibo SIBO:0000101 tooth number sibo SIBO:0000102 torulus sibo SIBO:0000103 trulleum true sibo SIBO:0000104 anepisternum Second visible tagma of an ants body following the head. Morphologically the Alitrunk consists of the three segments of the true thorax (pro-, meso-, and metathorax) to which is fused the propodeum, the tergite of the first abdominal segment to form a signal unit. See also Abdomen, Propodeum, Thorax. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo alitrunk SIBO:0000105 mesosoma cdsmith 2008-06-07T10:38:00Z sibo SIBO:0000106 pollen sac Antennal socket/ insertion- See Antenna (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000107 antennal socket Helcium- The very reduced and specialized presclerites of abdominal segment 3, which form a complex articulation within the posterior foramen of the petiole. In general the helcium is mostly or entirely concealed within the posterior orifice of the petiole, but in certain groups it is partly visible. Disarticulation of abdominal segments 2 and 3 is necessary to examine the structure and its variation in detail. See also Abdomen. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000108 helcium Femur- The third segment of any leg, counting from the basal coxal segment that articulates with the alitrunk. The femur is generally the longest leg segment and is separted from the coxa only by a small segment, the trochanter. Leg segments- Each leg consists of a basal coax that articulated with the alitrucnk, followed in order by a small trochanter, a long and generally stouct fentur, a tibia, and a tarsus, the last consisting of five small segments and terminating apically in a pair of claws. The prefixes pro-, meso-, and meta-, applied to any of these terms, indicate that segment on the left of a particular thoracic segment. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo Leg segments SIBO:0000109 coxa number sibo SIBO:0000110 gastral segment number sibo SIBO:0000111 declivity of propodeum Clypeus- Anterior sclerite of the dorsal head, bounded posteriorly by the fronto-clypeal suture, which is also very commonly called the posterior clypeal margin or border. The anteriof clypeal margin usually forms the anterior margin of the head in full-face biew (but a projection of the labrum may be anterior to the clypeus in some taxa). The body of the clypeus consists of a pair of lateral portions, or narrow bands of cuticle, on each side of a shield-like median portion. The median portion of the clypeus may be equipped with one or more longitudinal carinae, or may be variously specialized in shape. Posteriorly the median portion of the clypeus may end in form of the antennal sockets/frontal carinae or lobes, or may project backwards between them. In some taxa the clypeus is very reduced and extremely narrow from front to back. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo Caphalic SIBO:0000112 head sibo SIBO:0000113 gaster sibo SIBO:0000114 mesonotum sibo SIBO:0000115 metanotal groove sibo SIBO:0000116 mesopleuron sibo anepisternum katepisternum SIBO:0000117 metapleuron sibo SIBO:0000118 orifice of metalpleural gland sibo SIBO:0000119 metapleural gland bulla Mandibles- The appendages with which ants manipulate their environment. They are very variable in shape, size, and dentition, and extremely important in ant taxonomy. Margins- In full-face view, with the mandibles closed, the inner margin or border (closest to an anterior extension of the midline of the head) of each mandibular blade is the apical margin (masticatory margin), and is usually armed with teeth. Proximally, close to the anterior margin of the clypeus, the apical margin usually passes through a basal angle into a transverse or oblique basal margin. The two margins may join through a broad or narrow curve, or meet in an angle or tooth. When the mandibles are narrow of linear, the distinction between the apical and basal margins may be lost by obliteration of the basal angle. The external margin (lateral margin) of each mandible forms its outer border in full-face view and may be straight, sinuate, or convex. Dentition- The aprical margin of each mandible is usually armed with a series of teeth or denticles (short or very reduced acute teeth) or both, which generally run the length of the apical margin. If teeth alone are present, or a combination of teeth and denticles, the mandible is denate. If only tiny dentricles occur the mandible is denticulate, and if the margin lacks armament it is edentate. A natural gap in a row of teeth is a diastema and an elongate mandible with an uninterrupted series of teeth may be described as serially dentate. Teeth are usually sharp and triangular in shape but may be rounded, long, narrow, and spine-like, or peg-like. Reduced teeth or dentivles that occur between full-sized teeth are intercalary. In general the first, distalmost, or apical tooth, the one farthest away from the anterior clypeal margin, is the largest on the apical margin, although in some taxa medial or basal teeth may be the largest. The tooth at or near of the basal angle is the basal tooth the tooth immediately behind the apical may be termed the preapical, though this term may be (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo Apical margin tooth Apical tooth Debtate/Denticle/ Denticulate Diastema Edentate Elonaget Triangular External margin Falcate Linear SIBO:0000120 mandible sibo SIBO:0000121 propodeum true Pronotum- See Tergite (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000122 pronotum sibo SIBO:0000123 peduncle of petiole sibo SIBO:0000124 promesonotal suture sibo SIBO:0000125 propodeal lobe Petiole- The second abdominal segment immediately following the alitrunk, which is usually reduced and always isolated. Generally the petiole takes the form of a node or of a scale of varying shape and size, but in some taxa it may be very reduced, represented by only a narrow, subcylindrical segment that may be overhung and concealed by the gaster. The petiole bears the second abdominal spiracle and usually consists of a distinct tergite and sternite. The former may have differentiated laterotergites low down on the side. In some groups the petiolar tergite and sternite have fused together. See also Abdomen, Peduncle. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo subsessile SIBO:0000126 petiole sibo SIBO:0000127 tergite sibo SIBO:0000128 postperiole true sibo SIBO:0000129 waist sibo SIBO:0000130 promesonotum sibo SIBO:0000131 propleuron sibo SIBO:0000132 spiracle sibo SIBO:0000133 sternite sibo SIBO:0000134 pygidium true sibo SIBO:0000135 girdling constriction Second visible tagma of an ants body following the head. Morphologically the Alitrunk consists of the three segments of the true thorax (pro-, meso-, and metathorax) to which is fused the propodeum, the tergite of the first abdominal segment to form a signal unit. See also Abdomen, Propodeum, Thorax. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000136 alitrunk true sibo SIBO:0000137 sting ilma 2007-12-20T02:16:00Z sibo SIBO:0000138 tooth number 2 sibo SIBO:0000139 subpetiolar process sibo SIBO:0000140 metasoma Hypopygium- The sternite of abdominal segment 7; the terminal visible gastral sternite. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000141 hypopygium Presclerite- A distinctly differentiated anterior section of an abdominal sclerite, separated from the remainder of the sclerite by a ridge, constriction, or both. In the ant abdomen it is usual for the posterior portion of each sclerite to overlap the anterior portion of the following segment. The overlapped area usually lacks sculpture and pilosity, but the absence of these features alone does not constitute a presclerite. Presclerite derived from tergites are termed pretergites, those from sternites, presternites. The remainder of each sclerite, posterior to these developments, is the postsclerite and may be termed posttergite and poststernite, respectively. The presclerites of abdominal segment 3 form a very specialized articulateio with the posterior end of abdominal segment 2, termed the helicum. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). sibo SIBO:0000142 presclerite Natural chemicals released by an organism that affect the behaviors of other individuals sibo SIBO:0000143 Semiochemical Natural chemicals released by an organism that affect the behaviors of other individuals http://en.wikipedia.org/wiki/Semiochemical sibo SIBO:0000144 R-dodecan-2-ol sibo SIBO:0000145 Defense sibo SIBO:0000146 Feeding sibo SIBO:0000147 Behavior sibo SIBO:0000148 <new term> true sibo SIBO:0000149 Anatomical part Compounds consisting of carbon and hydrogen only. sibo SIBO:0000150 Hydrocarbons Compounds consisting of carbon and hydrogen only. CHEBI:24632 sibo SIBO:0000151 Brood Care Foraging is an individual behavior that creates emergent patterns. Depends on resource availability, travel time, conflict with neighbors and predators. Return of patrollers determines whether the forgers will be active at all that day. sibo SIBO:0000152 Foraging Foraging is an individual behavior that creates emergent patterns. Depends on resource availability, travel time, conflict with neighbors and predators. Return of patrollers determines whether the forgers will be active at all that day. XX:0003-0147/2003/16205-20398 sibo SIBO:0000153 Grooming sibo SIBO:0000154 Mating Flight sibo SIBO:0000155 Nest Care ilma 2007-12-20T02:16:00Z sibo SIBO:0000156 tooth number 3 ilma 2007-12-20T02:17:00Z sibo SIBO:0000157 tooth number 4 ilma 2007-12-20T02:18:00Z sibo SIBO:0000158 <antennal scrobe> true Oxoacids having the structure RC=(=O)OH. The term is used as a suffix in systematic name function to denote the -C(=O)OH group including its carbon atom. sibo SIBO:0000159 Carboxylic acids Oxoacids having the structure RC=(=O)OH. The term is used as a suffix in systematic name function to denote the -C(=O)OH group including its carbon atom. CHEBI:33575 sibo SIBO:0000160 S-octan-3-ol sibo SIBO:0000161 Cyclic ketone sibo SIBO:0000162 Esters sibo SIBO:0000163 Nitrogen Heterocycle sibo SIBO:0000164 Queen Substance sibo SIBO:0000165 Sulphur Compound sibo SIBO:0000166 Terpenoid Compound Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000167 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 13-Methylheptacosane. Source of Standard: Ant extraction. Sample Type-2: Silica gel in plastic tray or Petri dish. Analysis Method-2: Pentane extraction w/o derivatization. Compound Name-2: 13-Methylheptacosane. Source of Standard-2: Ant extraction. Sample Type-3: Silica gel in bottles or vials. Analysis Method-3: Pyridiene extraction w/o derivatization. Compound Name-3: 13-Methylheptacosane Source of Standard-3: Ant extraction. 13-Methylheptacosane Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000168 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 3-Methylheptacosane. Source of Standard: Ant extraction. Sample Type-2: Silica gel in plastic tray or Petri dish. Analysis Method-2: Pentane extraction w/o derivatization. Compound Name-2: 3-Methylheptacosane. Source of Standard-2: Ant extraction. Sample Type-3: Silica gel in bottles or vials. Analysis Method-3: Pyridiene extraction w/o derivatization. Compound Name-3: 3-Methylheptacosane Source of Standard-3: Ant extraction. 3-Methylheptacosane Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000169 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 13a, 15-Dimethylheptacosane. Source of Standard: Ant extraction. Sample Type-2: Silica gel in plastic tray or Petri dish. Analysis Method-2: Pentane extraction w/o derivatization. Compound Name-2: 13, 15-Dimethylheptacosane. Source of Standard-2: Ant extraction. Sample Type-3: Silica gel in bottles or vials. Analysis Method-3: Pyridiene extraction w/o derivatization. Compound Name-3: 13, 15-Dimethylheptacosane Source of Standard-3: Ant extraction. 13, 15-Dimethylheptacosane Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000170 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: n-Heptacosane. Source of Standard: Ant extraction. Sample Type-2: Silica gel in plastic tray or Petri dish. Analysis Method-2: Pentane extraction w/o derivatization. Compound Name-2: n-Heptacosane Source of Standard-2: Ant extraction. Sample Type-3: Silica gel in bottles or vials. Analysis Method-3: Pyridiene extraction w/o derivatization. Compound Name-3: n-Heptacosane Source of Standard-3: Ant extraction. n-Heptacosane Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo Benzenecarboxylic acid SIBO:0000171 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Benzoic acid. Source of Standard: Sigma-Aldrich. Benzoic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:30746 DOI:10.1007/s10886-006-9249-y Benzenecarboxylic acid KEGG.COMPOUND:c00180 Profile of ant-derived compounds in silica gel nesting material. sibo hydroxybutanedioic acid SIBO:0000172 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Malic Acid. Source of Standard: Sigma-Aldrich. Malic Acid Profile of ant-derived compounds in silica gel nesting material. CHEBI:6650 DOI:10.1007/s10886-006-9249-y hydroxybutanedioic acid KEGG.COMPOUND:c00711 sibo SIBO:0000173 <new term> true sibo SIBO:0000174 <new term> true Profile of ant-derived compounds in silica gel nesting material. Propanedioic acid sibo SIBO:0000175 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Malonic Acid. Source of Standard: Alfa Aesar. Sample Type-2: Silica gel in bottles or vials Analysis Method-2: Water extracton with derivatization. Compound Name-2: Malonic Acid Source of Standard-2: Sigma-Aldrich. Malonic Acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:30794 DOI:10.1007/s10886-006-9249-y Propanedioic acid KEGG.COMPOUND:c00383 Oxoacids containing two carboxy groups. sibo SIBO:0000176 Dicarboxylic acid Oxoacids containing two carboxy groups. ChEBI:35692 sibo SIBO:0000177 <new term> true Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000178 Organic Acids Profile of ant-derived compounds in silica gel nesting material. Chebi:434 Profile of ant-derived compounds in silica gel nesting material. sibo 2,6,8-trioxopurine Urate SIBO:0000179 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Uric acid. Source of Standard: MP Biomedicals, Inc. Uric acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:17775 DOI:10.1007/s10886-006-9249-y 2,6,8-trioxopurine NIST Chemistry WebBook:69-93-2 Urate KEGG.COMPOUND:c00366 Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000180 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Gluconic acid. Source of Standard: Sigma-Aldrich. Gluconic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:24266 DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000181 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Azelaic acid. Source of Standard: Sigma-Aldrich. Azelaic acid Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. Octadecanoic acid octadecoic acid sibo SIBO:0000182 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Stearic acid. Source of Standard: Sigma-Aldrich. Stearic acid Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y XX:28842 Octadecanoic acid KEGG.COMPOUND:c01530 octadecoic acid ChEBI:28842 Profile of ant-derived compounds in silica gel nesting material. palmitic acid sibo SIBO:0000183 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Hexadecanoic acid. Source of Standard: Sigma-Aldrich. Hexadecanoic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:15756 DOI:10.1007/s10886-006-9249-y palmitic acid ChEBI:15756 sibo SIBO:0000184 Glandular Source:Dufour's. Undecyl acetate Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000185 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Suberic acid. Source of Standard: Sigma-Aldrich. Suberic acid Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000186 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Aspartic acid. Source of Standard: Sigma-Aldrich. Aspartic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:22660 DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000187 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 3-Methylglutaric acid. Source of Standard: MP Biomedicals, Inc. 3-Methylglutaric acid Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. Citraconic acid sibo SIBO:0000188 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Methylmaleic acid. Source of Standard: Sigma-Aldrich. Methylmaleic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:17626 DOI:10.1007/s10886-006-9249-y Citraconic acid KEGG.COMPOUND:c02226 Profile of ant-derived compounds in silica gel nesting material. sibo orthophosphoric acid SIBO:0000189 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Phosphoric acid. Source of Standard: Sigma-Aldrich. Sample Type-2: Silica gel in bottles or vials Analysis Method-2: Water extracton with derivatization. Compound Name-2: Phosphoric acid. Source of Standard-2: Sigma-Aldrich. Phosphoric acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:26078 DOI:10.1007/s10886-006-9249-y orthophosphoric acid NIST Chemistry WebBook:7664-38-2 Profile of ant-derived compounds in silica gel nesting material. sibo 2-Hydroxypropanoic acid SIBO:0000190 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Lactic acid. Source of Standard: Sigma-Aldrich. Sample Type-2: Silica gel in bottles or vials Analysis Method-2: Water extracton with derivatization. Compound Name-2: Lactic acid. Source of Standard-2: Sigma-Aldrich. Lactic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:28358 DOI:10.1007/s10886-006-9249-y 2-Hydroxypropanoic acid KEGG.COMPOUND:c01432 sibo SIBO:0000191 Glandular Source:Dufour's. n-Undecane sibo SIBO:0000192 Venom Alkaloids Profile of ant-derived compounds in silica gel nesting material. sibo amber acid SIBO:0000193 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Succinic acid. Source of Standard: MP Biomedicals, Inc. Succinic acid Profile of ant-derived compounds in silica gel nesting material. ChEBI:15741 DOI:10.1007/s10886-006-9249-y amber acid nist chemistry webbook:110-15-6 Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000194 Sample Type: Silica gel in bottles or vials. Analysis Method: Pyridine extraction w/o derivatization. Compound Name: trans-2-methyl-6-(cis-4-tridecenyl)piperidine. Source of Standard: Ant extraction. trans-2-methyl-6-(cis-4-tridecenyl)piperidine Profile of ant-derived compounds in silica gel nesting material. ChEBI:18049 DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000195 Sample Type: Silica gel in bottles or vials. Analysis Method: Pyridine extraction w/o derivatization. Compound Name: trans-2-methyl-6-n-pentadecylpiperidine. Source of Standard: Ant extraction. trans-2-methyl-6-n-pentadecylpiperidine Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000196 Sample Type: Silica gel in bottles or vials. Analysis Method: Pyridine extraction w/o derivatization. Compound Name: trans-2-methyl-6-(cis-6-pentadecenyl)piperidine. Source of Standard: Ant extraction. trans-2-methyl-6-(cis-6-pentadecenyl)piperidine Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000197 Sample Type: Silica gel in bottles or vials. Analysis Method: Pyridine extraction w/o derivatization. Compound Name: trans-2-methyl-6-n-tridecylpiperidine. Source of Standard: Ant extraction. trans-2-methyl-6-n-tridecylpiperidine Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y Carboxylic acids containing one or more amino groups. sibo SIBO:0000198 Amino Acids Carboxylic acids containing one or more amino groups. CHEBI:33709 Profile of ant-derived compounds in silica gel nesting material. Alanin sibo SIBO:0000199 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Alanine. Source of Standard: Sigma-Aldrich. Alanine Profile of ant-derived compounds in silica gel nesting material. ChEBI:16449 DOI:10.1007/s10886-006-9249-y Alanin ChEBI:16449 Profile of ant-derived compounds in silica gel nesting material. aminoethanoic acid sibo SIBO:0000200 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Glycine. Source of Standard: Sigma-Aldrich. Glycine Profile of ant-derived compounds in silica gel nesting material. ChEBI:15428 DOI:10.1007/s10886-006-9249-y aminoethanoic acid ChEBI:15428 Profile of ant-derived compounds in silica gel nesting material. Serin sibo SIBO:0000201 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Serine. Source of Standard: Sigma-Aldrich. Serine Profile of ant-derived compounds in silica gel nesting material. ChEBI:17822 DOI:10.1007/s10886-006-9249-y Serin ChEBI:17822 Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000202 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: N-acetylglycine. Source of Standard: MP Biomedicals, Inc. N-acetylglycine Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y mp biomedicals:100085 Profile of ant-derived compounds in silica gel nesting material. Threonin sibo SIBO:0000203 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name:Threonine. Source of Standard: Sigma-Aldrich. Threonine Profile of ant-derived compounds in silica gel nesting material. ChEBI:26986 DOI:10.1007/s10886-006-9249-y Threonin ChEBI:26986 Profile of ant-derived compounds in silica gel nesting material. 2-Aminoglutaramin acid sibo SIBO:0000204 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Glutamine. Source of Standard: Sigma-Aldrich. Glutamine Profile of ant-derived compounds in silica gel nesting material. ChEBI:28300 DOI:10.1007/s10886-006-9249-y 2-Aminoglutaramin acid KEGG.COMPOUND:c00303 Profile of ant-derived compounds in silica gel nesting material. alpha-Amino-beta-phenylpropionic acid sibo SIBO:0000205 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Phenylalanine. Source of Standard: Sigma-Aldrich. Phenylalanine Profile of ant-derived compounds in silica gel nesting material. ChEBI:28044 DOI:10.1007/s10886-006-9249-y alpha-Amino-beta-phenylpropionic acid KEGG.COMPOUND:c02057 Profile of ant-derived compounds in silica gel nesting material. Tyrosin sibo SIBO:0000206 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: Tyrosine. Source of Standard: Sigma-Aldrich. Tyrosine Profile of ant-derived compounds in silica gel nesting material. ChEBI:18186 DOI:10.1007/s10886-006-9249-y Tyrosin ChEBI:18186 sibo SIBO:0000207 <new term> true sibo SIBO:0000208 Glandular Source:Dufour's. n-Decane true sibo SIBO:0000209 <new term> true sibo SIBO:0000210 Glandular Source:Mandibular. 2,6-Dimethyl-3-propylpyrazine sibo SIBO:0000211 Glandular Source:Mandibular. 2,6-Dimethyl-3-pentylpyrazine sibo SIBO:0000212 Glandular Source:Mandibular. 2.6-Dimethyl-3-ethylpyrazine sibo SIBO:0000213 <new term> true sibo SIBO:0000214 Glandular Source:Mandibular. 2,5-Dimethyl-3-isopentylpyrazine sibo SIBO:0000215 <new term> true sibo SIBO:0000216 Sulphur compounds true sibo SIBO:0000217 Glandular Source:Mandibular. Dimethyl trisulphide sibo SIBO:0000218 Glandular Source:Mandibular. Dimethyl disulphide sibo SIBO:0000219 man. Geranoil sibo SIBO:0000220 man. Citral sibo SIBO:0000221 man. Dendrolasin sibo SIBO:0000222 man. Citronellal sibo SIBO:0000223 posion. Limonene sibo SIBO:0000224 man. Nerol Chemical substances that benifits the emitter but not the reciever (e.g. venom secreted by social wasps). sibo SIBO:0000225 Allomones Chemical substances that benifits the emitter but not the reciever (e.g. venom secreted by social wasps). El-Sayed AM. The Pherobase:Database of Insect Phermones and Semiochemicals sibo SIBO:0000226 <new term> true Chemicals that mediate interaction, benefits both the receiver and the emitter. sibo SIBO:0000227 Synomones Chemicals that mediate interaction, benefits both the receiver and the emitter. El-Sayed AM. The Pherobase:Database of Insect Phermones and Semiochemicals Chemicals that are not naturally produced by the organism but found to be attractive in either field or laboratory experiments. sibo SIBO:0000228 Attractant Chemicals that are not naturally produced by the organism but found to be attractive in either field or laboratory experiments. El-Sayed AM. The Pherobase:Database of Insect Phermones and Semiochemicals Chemical substances that benefits the emitter but not the reciever (e.g. host location by beneficial insects). sibo SIBO:0000229 Kairomones Chemical substances that benefits the emitter but not the reciever (e.g. host location by beneficial insects). El-Sayed AM. The Pherobase:Database of Insect Phermones and Semiochemicals sibo SIBO:0000230 Alarm ilma 2008-04-02T01:48:00Z sibo SIBO:0000231 Foraging/ Patrolling path sibo SIBO:0000232 Dispersal sibo SIBO:0000233 Attack sibo SIBO:0000234 Aphaenogaster miamiana sibo SIBO:0000235 Aphaenogaster cockerelli true sibo SIBO:0000236 Aphaenogaster fulva sibo SIBO:0000237 Aphaenogaster subterranea sibo SIBO:0000238 Aphaenogaster senilis sibo SIBO:0000239 Aphaenogaster rudis sibo SIBO:0000240 Aphaenogaster tennesseensis sibo SIBO:0000241 Aphaenogaster cockerelli true sibo SIBO:0000242 Aphaenogaster albisetosus true ilma 2007-12-20T02:20:00Z sibo Antennomere Club Condylar Bulb SIBO:0000243 antennal scrobe sibo SIBO:0000244 Aphaenogaster cockerelli sibo SIBO:0000245 Aphaenogaster albisetosus sibo SIBO:0000246 Atta cephalotes sibo SIBO:0000247 Atta capiguara sibo SIBO:0000248 Atta bisphaerica sibo SIBO:0000249 Atta colombica sibo SIBO:0000250 Atta laevigata sibo SIBO:0000251 Allelochemics sibo SIBO:0000252 Antennation sibo SIBO:0000253 4Sme-7-3Kt sibo SIBO:0000254 Cephalic gland sibo SIBO:0000255 Pygidial gland sibo SIBO:0000256 Semiochemical gland Anabaseine (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000257 Anabaseine sibo SIBO:0000258 Mandibular gland sibo SIBO:0000259 Poison gland sibo SIBO:0000260 1R-phenylethanol Patrollers influence foraging direction by depositing chemical secretions on the nest mound. Scout the nest mound with their abdomens tucked under their bodies (Gordon 1991). The secretions from the poison gland and the Dufour's gland exit from the stinger apparatus located in the abdomen. Dufour's gland secretions have been implicated in a variety of functions, including being territorial markers and propaganda pheromones used by parasitic ants. In Pogonomyrmex, Dufour's gland contents are composed mainly of species-specific blends of hydrocarbons. Poison gland secretions have been shown to act as sex pheromones and trail pheromones in ants. sibo SIBO:0000261 Dufour's gland Patrollers influence foraging direction by depositing chemical secretions on the nest mound. Scout the nest mound with their abdomens tucked under their bodies (Gordon 1991). The secretions from the poison gland and the Dufour's gland exit from the stinger apparatus located in the abdomen. Dufour's gland secretions have been implicated in a variety of functions, including being territorial markers and propaganda pheromones used by parasitic ants. In Pogonomyrmex, Dufour's gland contents are composed mainly of species-specific blends of hydrocarbons. Poison gland secretions have been shown to act as sex pheromones and trail pheromones in ants. DOI:10.1086/522843 sibo SIBO:0000262 Ethyl phenylacetate sibo SIBO:0000263 2,3-bipyridyl sibo SIBO:0000264 methyl anthranilate sibo SIBO:0000265 isopentyl-2-phenylethylamine sibo SIBO:0000266 Anabasine sibo SIBO:0000267 bornylene 4me-7-3Kt (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000268 4me-7-3Kt sibo SIBO:0000269 Sternal gland sibo SIBO:0000270 Metapleural gland sibo SIBO:0000271 7-2Kt 2-phenylacetic acid. sibo SIBO:0000272 2-phenylacetic acid 2-phenylacetic acid. CHEBI:30745 The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM 2me5me-3-ethylpyrazine. sibo SIBO:0000273 2me5me-3-ethylpyrazine 2me5me-3-ethylpyrazine. The Pherobase - Database of Insect Phermones and Semiochemicals:El-Sayed AM Me-4me-pyrrole-2-carboxylate (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000274 Me-4me-pyrrole-2-carboxylate sibo SIBO:0000275 8OH sibo SIBO:0000276 Pavan's gland sibo SIBO:0000277 none true sibo SIBO:0000278 Indoleacetic acid sibo SIBO:0000279 Skatole sibo SIBO:0000280 2Ald sibo SIBO:0000281 18Hy sibo SIBO:0000282 14Hy sibo SIBO:0000283 13Hy sibo SIBO:0000284 12Hy sibo SIBO:0000285 15Hy sibo SIBO:0000286 Marking pheromone. 17Hy sibo SIBO:0000287 16Hy sibo SIBO:0000288 9-2Kt sibo SIBO:0000289 octan-3-ol sibo SIBO:0000290 8-3Kt sibo SIBO:0000291 4me-4-hepten-3Kt sibo SIBO:0000292 4me-heptan-3-ol sibo SIBO:0000293 Crematogaster ashmeadi sibo SIBO:0000294 19Hy sibo SIBO:0000295 2me6me-2-dodecene sibo SIBO:0000296 Marking pheromone. Z9-23Hy sibo SIBO:0000297 Atta sexdens sibo SIBO:0000298 Marking pheromone. delta8,11-19Hy sibo SIBO:0000299 Marking pheromone. Z9-19Hy sibo SIBO:0000300 Atta robusta sibo SIBO:0000301 Atta sexdens rubropilosa sibo SIBO:0000302 Atta opaciceps sibo SIBO:0000303 Atta sexdens sexdens sibo SIBO:0000304 Heptan-2-ol sibo SIBO:0000305 nonan-2-ol sibo SIBO:0000306 3-hydroxydecanoic acid sibo SIBO:0000307 3-hydroxydodecanoic acid sibo SIBO:0000308 Neral sibo SIBO:0000309 delta9-18Hy sibo SIBO:0000310 delta9-21Hy sibo SIBO:0000311 methyl phenylacetate sibo SIBO:0000312 Citral sibo SIBO:0000313 delta1-22Hy sibo SIBO:0000314 Geraniol sibo SIBO:0000315 Geranial sibo SIBO:0000316 Geranyl acetone sibo SIBO:0000317 21Hy sibo SIBO:0000318 Atta texana sibo SIBO:0000319 Heptan-3-ol sibo SIBO:0000320 Crematogaster africana sibo SIBO:0000321 Crematogaster brevispinosa rochai sibo SIBO:0000322 Crematogaster castanea sibo SIBO:0000323 Crematogaster difformis sibo SIBO:0000324 Crematogaster deformis sibo SIBO:0000325 Crematogaster clarithorax sibo SIBO:0000326 E2-6Ald Pelargonic acid. nonanoic acid sibo SIBO:0000327 Pelargonic acid Pelargonic acid. ChEBI:29019 sibo SIBO:0000328 2me6me-delta5-7OH sibo SIBO:0000329 2-phenylethanol sibo SIBO:0000330 Citronellic acid sibo SIBO:0000331 Caprylic acid Crematofuran (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000332 Crematofuran sibo SIBO:0000333 Geranic acid sibo SIBO:0000334 Phenethyl octanoate sibo SIBO:0000335 Phenethyl nonanoate 5-pentylresorcinol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000336 5-pentylresorcinol 5-propylresorcinol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000337 5-propylresorcinol 3-pentylphenol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000338 3-pentylphenol Mellein (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000339 Mellein 3-propylphenol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000340 3-propylphenol 3,4-dihydro-8-hydroxyisocoumarin (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000341 3,4-dihydro-8-hydroxyisocoumarin sibo SIBO:0000342 <new term> true sibo SIBO:0000343 <new term> true 3-heptylphenol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000344 3-heptylphenol Isocrematofuran (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000345 Isocrematofuran sibo SIBO:0000346 Crematogaster mimosae sibo SIBO:0000347 Crematogaster laboriosa sibo SIBO:0000348 Crematogaster inflata sibo SIBO:0000349 Crematogaster nigriceps sibo SIBO:0000350 Crematogaster mormonum sibo SIBO:0000351 Crematogaster liengmei sibo SIBO:0000352 Crematogaster peringueyi 5-heptylresorcinol (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000353 5-heptylresorcinol sibo SIBO:0000354 alpha-pinene sibo SIBO:0000355 Camphene sibo SIBO:0000356 beta-pinene sibo SIBO:0000357 Myrcene sibo SIBO:0000358 p-cymene sibo SIBO:0000359 limonene sibo SIBO:0000360 Eucalyptol sibo SIBO:0000361 Rectum sibo SIBO:0000362 Hexan-3-ol sibo SIBO:0000363 Isovaleric acid sibo SIBO:0000364 2me-4Acid sibo SIBO:0000365 2-phenylacetaldehyde 2-phenylpropenal (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000366 2-phenylpropenal sibo SIBO:0000367 10-3Kt sibo SIBO:0000368 3me-5-2Kt sibo SIBO:0000369 3me-pentan-2-ol sibo SIBO:0000370 3me-hexan-2-ol sibo SIBO:0000371 3me-7-2Kt sibo SIBO:0000372 3me-heptan-2-ol sibo SIBO:0000373 2me-7Acid sibo SIBO:0000374 9Ald sibo SIBO:0000375 methyl palmitate sibo SIBO:0000376 methyl tetradecanoate 1-17Hy-1,3,5-trihydroxycyclohexane (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000377 1-17Hy-1,3,5-trihydroxycyclohexane 1-19Hy-1,3,5-trihydroxycyclohexane (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000378 1-19Hy-1,3,5-trihydroxycyclohexane Z1-17Hy-1,3,5-trihydroxycyclohexane (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000379 Z1-17Hy-1,3,5-trihydroxycyclohexane Z1-19Hy-1,3,5-trihydroxycyclohexane (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000380 Z1-19Hy-1,3,5-trihydroxycyclohexane sibo SIBO:0000381 Crematogaster scutellaris sibo SIBO:0000382 Crematogaster sjostedti sibo SIBO:0000383 Crematogaster rochai sibo SIBO:0000384 6me-8-3Kt sibo SIBO:0000385 9-3Kt sibo SIBO:0000386 acetic acid sibo SIBO:0000387 Crematogaster sp sibo SIBO:0000388 4Acid sibo SIBO:0000389 2me-5Acid sibo SIBO:0000390 6me-octan-3-ol sibo SIBO:0000391 pyrrolidin-2Kt sibo SIBO:0000392 nonan-3-ol Y11E13E15Z18Z20-1-hydroxy-25Ac (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000393 Y11E13E15Z18Z20-1-hydroxy-25Ac sibo SIBO:0000394 delta2-6Ald sibo SIBO:0000395 Linepithema humile sibo SIBO:0000396 Pogonomyrmex occidentalis sibo SIBO:0000397 Pheidole nodus sibo SIBO:0000398 Pogonomyrmex badius sibo SIBO:0000399 Pogonomyrmex maricopa sibo SIBO:0000400 Pogonomyrmex barbatus sibo SIBO:0000401 Pogonomyrmex californicus sibo SIBO:0000402 Pheidole pallidula sibo SIBO:0000403 Pogonomyrmex desertorum sibo SIBO:0000404 Z9-16Ald sibo SIBO:0000405 Sulcatone Sulcatol. sibo SIBO:0000406 Sulcatol Sulcatol. The Pherobase - Database of Insect Phermones and Semiochemicals:El-Sayed AM 13-2Kt. sibo SIBO:0000407 13-2Kt 13-2Kt. The Pherobase- Database of Insect Phermones and Semiochemicals:El-Sayed AM Gamma-decalactone (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000408 Gamma-decalactone sibo SIBO:0000409 Aggregation sibo SIBO:0000410 1-methylpropyl-tridecanolide sibo SIBO:0000411 Z10-19-2Kt Iridomyrmecin (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000412 Iridomyrmecin Dolichodial sibo SIBO:0000413 Dolichodial Dolichodial El-Sayed AM:The Pherobase: Database of Insect Phermones and Semiochemicals sibo SIBO:0000414 2me5me-3-isopentylpyrazine sibo SIBO:0000415 Z-2me5me-3-styrylpyrazine sibo SIBO:0000416 E-2me5me-3-styrylpyrazine sibo SIBO:0000417 3me-13Hy sibo SIBO:0000418 25Hy sibo SIBO:0000419 23Hy sibo SIBO:0000420 20Hy sibo SIBO:0000421 24Hy sibo SIBO:0000422 22Hy sibo SIBO:0000423 27Hy sibo SIBO:0000424 26Hy sibo SIBO:0000425 3me-19Hy sibo SIBO:0000426 delta9-19Hydelta9-19Hy sibo SIBO:0000427 3me-17Hy sibo SIBO:0000428 5me-17Hy sibo SIBO:0000429 delta8-17Hy sibo SIBO:0000430 delta7-17Hy sibo SIBO:0000431 4me-16Hy sibo SIBO:0000432 3me-15Hy sibo SIBO:0000433 5me-15Hy sibo SIBO:0000434 delta7-15Hy sibo SIBO:0000435 Z,E-alpha-farnesene sibo SIBO:0000436 Pogonomyrmex salinus sibo SIBO:0000437 Pogonomyrmex rugosus sibo SIBO:0000438 Oleic acid sibo SIBO:0000439 Recognition sibo SIBO:0000440 4me-6-3Kt sibo SIBO:0000441 2me3me5me-pyrazine sibo SIBO:0000442 Recruitment sibo SIBO:0000443 2me5me-pyrazine sibo SIBO:0000444 3me-11Hy sibo SIBO:0000445 6me-12Hy sibo SIBO:0000446 3me-12Hy sibo SIBO:0000447 3me5me-12Hy 5me-6-3Kt (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000448 5me-6-3Kt sibo SIBO:0000449 5me-13Hy sibo SIBO:0000450 3me4me-13Hy Benzaldehyde (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000451 Benzaldehyde sibo SIBO:0000452 6me-14Hy 2-phenyl-2-butenal (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000453 2-phenyl-2-butenal sibo SIBO:0000454 6me-13Hy sibo SIBO:0000455 6me-11Hy sibo SIBO:0000456 Manicone sibo SIBO:0000457 normanicone sibo SIBO:0000458 Homomanicone sibo SIBO:0000459 Solenopsis conjurata sibo SIBO:0000460 Solenopsis fugax sibo SIBO:0000461 Solenopsis geminata sibo SIBO:0000462 Solenopsis invicta sibo SIBO:0000463 Solenopsis maboya sibo SIBO:0000464 Solenopsis molesta sibo SIBO:0000465 Solenopsis punctaticeps sibo SIBO:0000466 Solenopsis richteri sibo SIBO:0000467 Solenopsis sp sibo SIBO:0000468 Solenopsis tennesseensis sibo SIBO:0000469 Solenopsis xyloni 3-hexyl-5me-indolizine (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000470 3-hexyl-5me-indolizine sibo SIBO:0000471 3-ethyl-5me-indolizine sibo SIBO:0000472 2S6R-2me-6-undecylpiperidine sibo SIBO:0000473 2S6S-2me-6-nonylpiperidine sibo SIBO:0000474 2S6R-2me-6-nonylpiperidine Trans-2-butyl-5-heptylpyrrolidine (The Pherobase: Database of Insect Phermones and Semiochemicals:El-Sayed AM. sibo SIBO:0000475 trans-2-butyl-5-heptylpyrrolidine sibo SIBO:0000476 Z,Z,Z-allofarnesene sibo SIBO:0000477 Species sibo SIBO:0000478 Alcohol sibo SIBO:0000479 Chemical Profile of ant-derived compounds in silica gel nesting material. sibo SIBO:0000480 Sample Type: Silica gel with excreta. Analysis Method: No extraction with derivatization. Compound Name: 3.9-Dimenthylheptacosane. Source of Standard: Ant extraction. Sample Type-2: Silica gel in plastic tray or Petri dish. Analysis Method-2: Pentane extraction w/o derivatization. Compound Name-2: 3.9-Dimenthylheptacosane. Source of Standard-2: Ant extraction. Sample Type-3: Silica gel in bottles or vials. Analysis Method-3: Pyridiene extraction w/o derivatization. Compound Name-3: 3.9-Dimenthylheptacosane Source of Standard-3: Ant extraction. 3.9-Dimenthylheptacosane Profile of ant-derived compounds in silica gel nesting material. DOI:10.1007/s10886-006-9249-y ilma 2007-12-20T02:20:00Z sibo SIBO:0000481 orifice of metapleural gland true ilma 2007-12-20T02:24:00Z sibo SIBO:0000482 denticle true ilma 2007-12-20T02:27:00Z sibo SIBO:0000483 funiculus of antenna ilma 2007-12-20T02:49:00Z sibo SIBO:0000484 trulleum Postpetiole- The third abdominal segment. In strict usage the term should only be applied when the third abdominal segment is reduced and separated from the petiole in front and the fourth abdominal segment behind. See also Abdomen (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). ilma 2007-12-20T03:29:00Z sibo SIBO:0000485 postpetiole ilma 2007-12-20T03:33:00Z sibo SIBO:0000486 coxa number 1 ilma 2007-12-20T03:33:00Z sibo SIBO:0000487 coxa number 2 ilma 2007-12-20T03:33:00Z sibo SIBO:0000488 coxa number 3 ilma 2007-12-20T03:53:00Z sibo SIBO:0000489 gastral segment number 1 true ilma 2007-12-20T03:53:00Z sibo SIBO:0000490 gastral segment number 2 true ilma 2007-12-20T03:53:00Z sibo SIBO:0000491 gastral segment number 3 true ilma 2007-12-20T03:53:00Z sibo SIBO:0000492 gastral segment number 4 true ilma 2007-12-20T03:53:00Z sibo SIBO:0000493 gastral segment number 5 true ilma 2007-12-20T03:59:00Z sibo SIBO:0000494 abdominal segment number 1 ilma 2007-12-20T04:01:00Z sibo SIBO:0000495 abdominal segment number 2 ilma 2007-12-20T04:01:00Z sibo SIBO:0000496 abdominal segment number 3 ilma 2007-12-20T04:01:00Z sibo SIBO:0000497 abdominal segment number 4 ilma 2007-12-20T04:01:00Z sibo SIBO:0000498 abdominal segment number 5 ilma 2007-12-20T04:01:00Z sibo SIBO:0000499 abdominal se true ilma 2007-12-20T04:03:00Z sibo SIBO:0000500 abdominal segment number 6 ilma 2007-12-20T04:03:00Z sibo SIBO:0000501 abdominal segment number 7 Spiracle- An orifice of the tracheal system by which gases enter and leave the body. Ants have 9 or 10 spiracles on each side of the body. The prothoracic spiracles have been lost, so the first opening occurs on the mesothroax. (Bolton, B. (1994). Identificstion guide to the ant genera of the world. Cambridge, Mass., Harvard University PRess. pp.1-222). ilma 2007-12-20T04:04:00Z sibo SIBO:0000502 spiracle ilma 2007-12-20T04:11:00Z sibo SIBO:0000503 gastral segment number 1 ilma 2007-12-20T04:11:00Z sibo SIBO:0000504 gastral segment number 2 ilma 2007-12-20T04:11:00Z sibo SIBO:0000505 gastral segment number 3 true ilma 2007-12-20T04:11:00Z sibo SIBO:0000506 gastral segment number 4 true ilma 2007-12-20T04:11:00Z sibo SIBO:0000507 gastral segment number 5 ilma 2007-12-20T04:11:00Z sibo SIBO:0000508 gastral segment number 6 true ilma 2007-12-20T04:11:00Z sibo SIBO:0000509 gastral segment number 7 true ilma 2007-12-20T04:14:00Z sibo SIBO:0000510 gastral segment number 3 ilma 2007-12-20T04:15:00Z sibo SIBO:0000511 gastral segment number 4 ilma 2007-12-20T04:17:00Z sibo SIBO:0000512 pygidium ilma 2007-12-21T03:54:00Z sibo SIBO:0000513 Antenna true ilma 2007-12-21T03:55:00Z sibo Flagellum Funiculus SIBO:0000514 Antenna ilma 2008-03-11T04:07:00Z sibo SIBO:0000515 <new term> true ilma 2008-03-11T04:07:00Z sibo SIBO:0000516 Colony Defense cdsmith 2008-06-07T10:50:00Z sibo SIBO:0000517 Waggle Dance cdsmith 2008-06-07T10:51:00Z sibo SIBO:0000518 Round Dance cdsmith 2008-06-07T10:21:00Z sibo SIBO:0000519 pollen foraging ilma 2008-03-28T10:30:00Z sibo SIBO:0000520 Return to nest cdsmith 2008-06-07T10:29:00Z sibo SIBO:0000521 pollen dancing ilma 2008-03-06T02:14:00Z sibo SIBO:0000522 Dufours Gland true ilma 2008-03-06T02:15:00Z sibo SIBO:0000523 <new term> true cdsmith 2011-06-25T01:00:05Z sibo SIBO:0000524 Colony Abandonment Path of Patrolling: 1. Patrollers emerge at sunrise 2. Stroll around nest mound 3. Inspect ground with antenna 4. Deposite Dufour's gland 4. Tuck abdomen under thorax 5. Travel directly out on a stream of foragers ilma 2008-03-11T03:52:00Z sibo SIBO:0000525 Patrolling Path of Patrolling: 1. Patrollers emerge at sunrise 2. Stroll around nest mound 3. Inspect ground with antenna 4. Deposite Dufour's gland 4. Tuck abdomen under thorax 5. Travel directly out on a stream of foragers DOI:10.1086/522843 Foragers recognize returning patrollers during brief antennal contacts by detecting cues in task-specific cuticular hydrocarbons (Green and Gordon 2003). ilma 2008-03-11T03:52:00Z sibo SIBO:0000526 Forager Antennae Contact Foragers recognize returning patrollers during brief antennal contacts by detecting cues in task-specific cuticular hydrocarbons (Green and Gordon 2003). DOI:10.1086/522843 Foragers travel from the nest in streams, or trails, and then fan out to individually search for seeds (Gordon 1991). Trails extend radially from edge of nest mound, with 1 m diameter. Trail is formed in a fan shaped region. Trails very day to day. Each colony chooses from up to eight distinct foraging trails. Direction varies in response to overlap with foragers of neighboring colonies. Foragers tend to travel in the direction from which most patrollers return. ilma 2008-03-11T03:52:00Z sibo SIBO:0000527 Trail Discrimination Foragers travel from the nest in streams, or trails, and then fan out to individually search for seeds (Gordon 1991). Trails extend radially from edge of nest mound, with 1 m diameter. Trail is formed in a fan shaped region. Trails very day to day. Each colony chooses from up to eight distinct foraging trails. Direction varies in response to overlap with foragers of neighboring colonies. Foragers tend to travel in the direction from which most patrollers return. DOI:10.1086/522843 Predation leads to quick return for patrollers to nest. ilma 2008-03-11T03:52:00Z sibo SIBO:0000528 Predator Avoidance Predation leads to quick return for patrollers to nest. DOI:10.1093/beheco/arl105 Emerge from nest at sunrise. ilma 2008-03-11T03:52:00Z sibo SIBO:0000529 Emerge from Nest Emerge from nest at sunrise. DOI:10.1086/522843 cdsmith 2011-06-25T01:11:38Z sibo SIBO:0000530 Move to hive entrance cdsmith 2011-06-25T01:14:10Z sibo SIBO:0000531 Move toward external stimuli cdsmith 2011-06-25T09:05:43Z sibo SIBO:0000532 Swarming cdsmith 2011-06-25T09:06:06Z sibo CCD SIBO:0000533 Colony Collapse Disorder