Spisok zhivotnykh po kolichestvu neironov

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Eto spisok zhivotnykh po kolichestvu neironov v ikh mozge. Otdel'no predstavlena informatsiia o kolichestve neironov v kore bol'shikh polusharii. Dannye otsenki polucheny putiom umnozheniia plotnosti neironov u konkretnogo zhivotnogo na srednii ob'iom ego mozga.

Neirony -- eto kletki, kotorye peredaiut, khraniat i obrabatyvaiut informatsiiu v nervnoi sisteme. Oni pozvoliaiut organizmu reagirovat' na razdrazhiteli iz okruzhaiushchei sredy i adaptirovat'sia k nei. Neirony mogut obrazovyvat' takie struktury, kak mozg u pozvonochnykh ili ganglii u nasekomykh. Ne vse zhivotnye imeiut neirony -- plastinchatye i gubki voobshche ne imeiut nervnykh kletok.

Ves' chelovecheskii mozg soderzhit 86 milliardov neironov; primerno 16 milliardov neironov nakhodiatsia v kore bol'shikh polusharii[1][2].

Edinstvennoe izvestnoe mlekopitaiushchee, u kotorogo neironov v kore golovnogo mozga bol'she, chem u cheloveka (i, sootvetstvenno, liubykh drugikh mlekopitaiushchikh) -- eto obyknovennaia grinda, ili chiornyi del'fin[3][4][5].

Vsia nervnaia sistema

[pravit' | pravit' kod]
Eto nepolnyi spisok, kotoryi, vozmozhno, nikogda ne budet udovletvoriat' opredelionnym standartam polnoty. Vy mozhete dopolnit' ego iz avtoritetnykh istochnikov.

Privedionnye zdes' chisla iavliaiutsia priblizitel'nymi.

Nazvanie zhivotnogo Kolichestvo neironov v mozgu/nervnoi sisteme Latinskoe nazvanie zhivotnogo Fotografiia Istochnik
Gubki &&&&&&&&&&&&&&00.&&&&&00 Tip Porifera
[6]
Plastinchatye &&&&&&&&&&&&&&00.&&&&&00 Trichoplax adhaerens (odin iz dvukh izvestnykh vidov; vtoroi -- Hoilungia hongkongensis)
[7]
Nematoda &&&&&&&&&&&&0302.&&&&&0302 Caenorhabditis elegans
[8]
Gidra obyknovennaia &&&&&&&&&&&05600.&&&&&05600 Hydra vulgaris
[9]
Kubomeduzy &&&&&&&&&&&08700.&&&&&08700-&&&&&&&&&&017500.&&&&&017 500
(ne schitaia po 1000 neironov v kazhdom iz chetyriokh ropaliev)		 Tripedalia cystophora
[10]
Meditsinskaia piiavka &&&&&&&&&&010000.&&&&&010 000 Hirudo medicinalis
[11]
Prudoviki &&&&&&&&&&011000.&&&&&011 000 Semeistvo Lymnaeidae
[12]
Kaliforniiskaia apliziia &&&&&&&&&&018000.&&&&&018 000 Aplysia californica
[13]
Lantsetniki &&&&&&&&&&020000.&&&&&020 000
(tol'ko tsentral'naia nervnaia sistema)		 Rod Amphioxus
[14][15]
Drozofila fruktovaia &&&&&&&&&&025000.&&&&&025 000 Drosophila melanogaster
[16][17]
Lichinka danio-rerio &&&&&&&&&0100000.&&&&&0100 000 Danio rerio
[18]
Omary &&&&&&&&&0100000.&&&&&0100 000 Semeistvo Nephropidae, takzhe Homaridae
[19]
Murav'i &&&&&&&&&0250000.&&&&&0250 000
(var'iruetsia u raznykh vidov)		 Semeistvo Formicidae
[20][21]
Medonosnye pchioly &&&&&&&&&0960000.&&&&&0960 000 Rod Apis
[22]
Tarakany &&&&&&&&01000000.&&&&&01 000 000 Otriad Blattodea
[23]
Vzroslaia danio-rerio &&&&&&&010000000.&&&&&010 000 000 Danio rerio
[24]
Liagushki &&&&&&&016000000.&&&&&016 000 000 Semeistvo Ranidae
[25]
Golyi zemlekop &&&&&&&026880000.&&&&&026 880 000 Heterocephalus glaber
[26]
Dymchataia burozubka &&&&&&&036000000.&&&&&036 000 000 Sorex fumeus
[27]
Amerikanskie korotkokhvostye burozubki &&&&&&&052000000.&&&&&052 000 000 Rod Blarina [27]
Gottentotskii zlatokrot[angl.] &&&&&&&065000000.&&&&&065 000 000 Amblysomus hottentotus
[28]
Domovaia mysh' &&&&&&&071000000.&&&&&071 000 000 Mus musculus
[29]
Nil'skii krokodil &&&&&&&080500000.&&&&&080 500 000 Crocodylus niloticus
[30]
Siriiskii khomiachok &&&&&&&090000000.&&&&&090 000 000 Mesocricetus auratus
[29]
Peskoroi Ansella[angl.] &&&&&&0103000000.&&&&&0103 000 000 Fukomys anselli
[31]
Volosatokhvostyi krot &&&&&&0124000000.&&&&&0124 000 000 Parascalops breweri
[28]
Golokhvostyi prygunchik[angl.] &&&&&&0129000000.&&&&&0129 000 000 Elephantulus myurus
[28]
Zvezdonos &&&&&&0131000000.&&&&&0131 000 000 Condylura cristata
[27]
Zebrovaia amadina &&&&&&0131000000.&&&&&0131 000 000
(tol'ko mozg)		 Taeniopygia guttata [32]
Serebristyi teneliub &&&&&&0148000000.&&&&&0148 000 000 Heliophobius argenteocinereus
[31]
Chetyriokhpalyi prygunchik &&&&&&0157000000.&&&&&0157 000 000 Petrodromus tetradactylus
[28]
Chernogolovaia slavka &&&&&&0157000000.&&&&&0157 000 000 Sylvia atricapilla
[32]
Zheltogolovyi koroliok &&&&&&0164000000.&&&&&0164 000 000 Regulus regulus
[32]
Kapskii zemlekop &&&&&&0170000000.&&&&&0170 000 000 Georychus capensis
[31]
Damarskii peskoroi &&&&&&0178000000.&&&&&0178 000 000 Fukomys damarensis
[31]
Seraia krysa &&&&&&0200000000.&&&&&0200 000 000 Rattus norvegicus
[33]
Vostochnoamerikanskii krot &&&&&&0204000000.&&&&&0204 000 000 Scalopus aquaticus
[27]
Bankivskaia dzhunglevaia kuritsa &&&&&&0221000000.&&&&&0221 000 000 Gallus gallus
[32]
Bol'shaia sinitsa &&&&&&0226000000.&&&&&0226 000 000 Parus major
[32]
Vorob'inyi popugaichik &&&&&&0227000000.&&&&&0227 000 000 Forpus passerinus
[32]
Morskaia svinka &&&&&&0240000000.&&&&&0240 000 000 Cavia porcellus
[29]
Seryi myshinyi lemur &&&&&&0254710000.&&&&&0254 710 000 Microcebus murinus
[34]
Obyknovennaia tupaiia &&&&&&0261000000.&&&&&0261 000 000 Tupaia glis
[35]
Sizyi golub' &&&&&&0310000000.&&&&&0310 000 000
(tol'ko mozg)		 Columba livia
[32]
Volnistyi popugaichik &&&&&&0322000000.&&&&&0322 000 000 Melopsittacus undulatus
[32]
Kapskii peskoroi &&&&&&0361000000.&&&&&0361 000 000 Bathyergus suillus
[31]
Chiornyi drozd &&&&&&0379000000.&&&&&0379 000 000 Turdus merula
[32]
Fretka &&&&&&0404000000.&&&&&0404 000 000 Mustela furo
(=Mustela putorius furo)
[36]
Korella &&&&&&0453000000.&&&&&0453 000 000 Nymphicus hollandicus
[32]
Polosatyi mangust &&&&&&0454000000.&&&&&0454 000 000 Mungos mungo
[36]
Karolinskaia belka &&&&&&0453660000.&&&&&0453 660 000 Sciurus carolinensis
[26]
Lugovye sobachki &&&&&&0473940000.&&&&&0473 940 000 Cynomys sp.
[26]
Obyknovennyi skvorets &&&&&&0483000000.&&&&&0483 000 000 Sturnus vulgaris
[32]
Dikii krolik &&&&&&0494200000.&&&&&0494 200 000 Oryctolagus cuniculus
[26]
Os'minogi &&&&&&0500000000.&&&&&0500 000 000 Otriad Octopoda
[37]
Zapadnyi daman &&&&&&0505000000.&&&&&0505 000 000 Dendrohyrax dorsalis
[28]
Obyknovennaia igrunka &&&&&&0636000000.&&&&&0636 000 000 Callithrix jacchus
[35]
Rozella &&&&&&0642000000.&&&&&0642 000 000 Platycercus eximius
[32]
Obyknovennaia sipukha &&&&&&0690000000.&&&&&0690 000 000 Tyto alba
[32]
Kalita &&&&&&0697000000.&&&&&0697 000 000 Myiopsitta monachus
[32]
Golubaia soroka &&&&&&0741000000.&&&&&0741 000 000 Cyanopica cyanus
[32]
Kapskii daman &&&&&&0756000000.&&&&&0756 000 000 Procavia capensis
[28]
Koshka &&&&&&0760000000.&&&&&0760 000 000 Felis catus
(=Felis silvestris catus)
[38]
Chernospinnyi aguti &&&&&&0857000000.&&&&&0857 000 000 Dasyprocta prymnolopha
[29]
Soroka &&&&&&0897000000.&&&&&0897 000 000 Cyanopica cyanus
[32]
Sviashchennaia maina &&&&&&0906000000.&&&&&0906 000 000 Gracula religiosa
[32]
Galago Garnetta &&&&&&0936000000.&&&&&0936 000 000 Otolemur garnettii
[35]
Galka &&&&&&0968000000.&&&&&0968 000 000 Coloeus monedula
[32]
Soika &&&&&01085000000.&&&&&01 085 000 000 Garrulus glandarius
[32]
Aleksandrov kol'chatyi popugai &&&&&01096000000.&&&&&01 096 000 000 Psittacula eupatria
[32]
Kakadu Goffina &&&&&01161000000.&&&&&01 161 000 000 Cacatua goffiniana
[32]
Emu &&&&&01335000000.&&&&&01 335 000 000 Dromaius novaehollandiae
[32]
Mirikina &&&&&01468000000.&&&&&01 468 000 000 Aotus trivirgatus
[35]
Grach &&&&&01509000000.&&&&&01 509 000 000 Corvus frugilegus
[32]
Zhako &&&&&01566000000.&&&&&01 566 000 000 Psittacus erithacus
[32]
Kapibara &&&&&01600000000.&&&&&01 600 000 000 Hydrochoerus hydrochaeris
[29]
Bol'shoi zheltokhokhlyi kakadu &&&&&02122000000.&&&&&02 122 000 000 Cacatua galerita
[32]
Enot-poloskun &&&&&02148000000.&&&&&02 148 000 000 Procyon lotor
[36]
Kea &&&&&02149000000.&&&&&02 149 000 000 Nestor notabilis
[32]
Voron &&&&&02171000000.&&&&&02 171 000 000
(tol'ko mozg)		 Corvus corax
[32]
Domashniaia svin'ia &&&&&02220000000.&&&&&02 220 000 000 Sus domesticus
(=Sus scrofa domesticus)
[39]
Sobaka &&&&&02253000000.&&&&&02 253 000 000 Canis familiaris
(=Canis lupus familiaris)
[36]
Springbok &&&&&02720000000.&&&&&02 720 000 000 Antidorcas marsupialis
[39]
Belomordyi bubal (podvid blesbok) &&&&&03060000000.&&&&&03 060 000 000 Damaliscus pygargus phillipsi
[39]
Sine-zhioltyi ara &&&&&03136000000.&&&&&03 136 000 000
(tol'ko mozg)		 Ara ararauna
[32]
Obyknovennaia belich'ia obez'iana &&&&&03246000000.&&&&&03 246 000 000 Saimiri sciureus
[35]
Makak-kraboed &&&&&03440000000.&&&&&03 440 000 000 Macaca fascicularis
[34]
Kaputsin-favn &&&&&03691000000.&&&&&03 691 000 000 Sapajus apella
[35]
Indiiskii makak &&&&&03780000000.&&&&&03 780 000 000 Macaca radiata
[34]
Polosataia giena &&&&&03885000000.&&&&&03 885 000 000 Hyaena hyaena
[36]
Lev &&&&&04667000000.&&&&&04 667 000 000 Panthera leo
[36]
Bol'shoi kudu &&&&&04910000000.&&&&&04 910 000 000 Tragelaphus strepsiceros
[39]
Makak-rezus &&&&&06376000000.&&&&&06 376 000 000 Macaca mulatta
[35]
Buryi medved' &&&&&09586000000.&&&&&09 586 000 000 Ursus arctos
[36]
Zhiraf &&&&010750000000.&&&&&010 750 000 000 Giraffa camelopardalis
[39]
Babuin &&&&010950000000.&&&&&010 950 000 000 Papio cynocephalus
[34]
Obyknovennyi shimpanze &&&&028000000000.&&&&&028 000 000 000 Pan troglodytes
[40]
Orangutany &&&&032600000000.&&&&&032 600 000 000 Rod Pongo
[41]
Gorilly &&&&033400000000.&&&&&033 400 000 000 Rod Gorilla
[41]
Chelovek razumnyi &&&&086000000000.&&&&&086 000 000 000 Homo sapiens
[42][40][43]
Savannyi slon &&&0257000000000.&&&&&0257 000 000 000 Loxodonta africana
[5][3]

Kora bol'shikh polusharii

[pravit' | pravit' kod]

Razvitaia kora golovnogo mozga est' tol'ko u mlekopitaiushchikh, no plashch bol'shikh polusharii u reptilii i ptits funktsional'no skhozh s koroi, poetomu oni takzhe vkliucheny v etot spisok.

Nazvanie zhivotnogo Kolichestvo neironov v kore/plashche bol'shikh polusharii Latinskoe nazvanie zhivotnogo Fotografiia Istochnik
Golyi zemlekop &&&&&&&&06150000.&&&&&06 150 000 Heterocephalus glaber
[26]
Peskoroi Ansella[angl.] &&&&&&&010000000.&&&&&010 000 000 Fukomys anselli
[31]
Dymchataia burozubka &&&&&&&010000000.&&&&&010 000 000 Sorex fumeus
[28]
Obyknovennaia korotkokhvostaia burozubka &&&&&&&012000000.&&&&&012 000 000 Blarina brevicauda
[28]
Domovaia mysh' &&&&&&&014000000.&&&&&014 000 000 Mus musculus
[28]
Volosatokhvostyi krot &&&&&&&016000000.&&&&&016 000 000 Parascalops breweri
[28]
Zvezdonos &&&&&&&017000000.&&&&&017 000 000 Condylura cristata
[28]
Siriiskii khomiachok &&&&&&&017000000.&&&&&017 000 000 Mesocricetus auratus
[28]
Damarskii peskoroi &&&&&&&021000000.&&&&&021 000 000 Fukomys damarensis
[31]
Gottentotskii zlatokrot[angl.] &&&&&&&022000000.&&&&&022 000 000 Amblysomus hottentotus
[28]
Seryi myshinyi lemur &&&&&&&022310000.&&&&&022 310 000 Microcebus murinus
[34]
Nastoiashchie ezhi &&&&&&&024000000.&&&&&024 000 000 Podsemeistvo Erinaceinae
[4]
Serebristyi teneliub &&&&&&&025000000.&&&&&025 000 000 Heliophobius argenteocinereus
[31]
Kapskii zemlekop &&&&&&&026000000.&&&&&026 000 000 Georychus capensis
[31]
Golokhvostyi prygunchik[angl.] &&&&&&&026000000.&&&&&026 000 000 Elephantulus myurus
[28]
Vostochnoamerikanskii krot &&&&&&&027000000.&&&&&027 000 000 Scalopus aquaticus
[28]
Virginskii opossum &&&&&&&027000000.&&&&&027 000 000 Didelphis virginiana
[4]
Seraia krysa &&&&&&&031000000.&&&&&031 000 000 Rattus norvegicus
[28]
Chetyriokhpalyi prygunchik &&&&&&&034000000.&&&&&034 000 000 Petrodromus tetradactylus
[28]
Fretka &&&&&&&039000000.&&&&&039 000 000 Mustela furo
(=Mustela putorius furo)
[36]
Kapskii peskoroi &&&&&&&043000000.&&&&&043 000 000 Bathyergus suillus
[31]
Morskaia svinka &&&&&&&043510000.&&&&&043 510 000 Cavia porcellus
[26]
Chernogolovaia slavka &&&&&&&052000000.&&&&&052 000 000 Sylvia atricapilla
[32]
Lugovye sobachki &&&&&&&053770000.&&&&&053 770 000 Cynomys sp.
[26]
Zebrovaia amadina &&&&&&&055000000.&&&&&055 000 000 Taeniopygia guttata
[32]
Obyknovennaia tupaiia &&&&&&&060000000.&&&&&060 000 000 Tupaia glis
[28]
Bankivskaia dzhunglevaia kuritsa &&&&&&&061000000.&&&&&061 000 000 Gallus gallus
[32]
Zheltogolovyi koroliok &&&&&&&064000000.&&&&&064 000 000 Regulus regulus
[32]
Dikii krolik &&&&&&&071450000.&&&&&071 450 000 Oryctolagus cuniculus
[26]
Sizyi golub' &&&&&&&072000000.&&&&&072 000 000 Columba livia
[32]
Karolinskaia belka &&&&&&&077330000.&&&&&077 330 000 Sciurus carolinensis
[26]
Bol'shaia sinitsa &&&&&&&083000000.&&&&&083 000 000 Parus major
[32]
Zapadnyi daman &&&&&&&099000000.&&&&&099 000 000 Dendrohyrax dorsalis
[28]
Vorob'inyi popugaichik &&&&&&0103000000.&&&&&0103 000 000 Forpus passerinus
[32]
Chernospinnyi aguti &&&&&&0113000000.&&&&&0113 000 000 Dasyprocta prymnolopha
[2]
Polosatyi mangust &&&&&&0116000000.&&&&&0116 000 000 Mungos mungo
[36]
Chiornyi drozd &&&&&&0136000000.&&&&&0136 000 000 Turdus merula
[32]
Volnistyi popugaichik &&&&&&0149000000.&&&&&0149 000 000 Melopsittacus undulatus
[32]
Kapskii daman &&&&&&0198000000.&&&&&0198 000 000 Procavia capensis
[28]
Galago Garnetta &&&&&&0226000000.&&&&&0226 000 000 Otolemur garnettii
[28]
Obyknovennyi skvorets &&&&&&0226000000.&&&&&0226 000 000 Sturnus vulgaris
[32]
Obyknovennaia igrunka &&&&&&0245000000.&&&&&0245 000 000 Callithrix jacchus
[28]
Koshka &&&&&&0250000000.&&&&&0250 000 000 Felis catus
(=Felis silvestris catus)
[36]
Buryi medved' &&&&&&0251000000.&&&&&0251 000 000 Ursus arctos
[36]
Korella &&&&&&0258000000.&&&&&0258 000 000 Nymphicus hollandicus
[32]
Kapibara &&&&&&0306500000.&&&&&0306 500 000 Hydrochoerus hydrochaeris
[26]
Dolgopiaty &&&&&&0310000000.&&&&&0310 000 000 Rod Tarsius
[44]
Rozella &&&&&&0333000000.&&&&&0333 000 000 Platycercus eximius
[32]
Marmozetka Giol'di &&&&&&0357130000.&&&&&0357 130 000 Callimico goeldii
[34]
Kalita &&&&&&0396000000.&&&&&0396 000 000 Myiopsitta monachus
[32]
Springbok &&&&&&0396900000.&&&&&0396 900 000 Antidorcas marsupialis
[39]
Golubaia soroka &&&&&&0400000000.&&&&&0400 000 000 Cyanopica cyanus
[32]
Sviashchennaia maina &&&&&&0410000000.&&&&&0410 000 000 Gracula religiosa
[32]
Domashniaia svin'ia &&&&&&0432000000.&&&&&0432 000 000 Sus domesticus
(=Sus scrofa domesticus)
[45]
Obyknovennaia sipukha &&&&&&0437000000.&&&&&0437 000 000 Tyto alba
[32]
Emu &&&&&&0439000000.&&&&&0439 000 000 Dromaius novaehollandiae
[32]
Mirikina &&&&&&0442000000.&&&&&0442 000 000 Aotus trivirgatus
[2]
Soroka &&&&&&0443000000.&&&&&0443 000 000 Pica pica
[32]
Enot-poloskun &&&&&&0453000000.&&&&&0453 000 000 Procyon lotor
[46]
Galka &&&&&&0492000000.&&&&&0492 000 000 Coloeus monedula
[32]
Polosataia giena &&&&&&0495000000.&&&&&0495 000 000 Hyaena hyaena
[36]
Soika &&&&&&0529000000.&&&&&0529 000 000 Garrulus glandarius
[32]
Sobaka &&&&&&0530000000.&&&&&0530 000 000 Canis familiaris
(=Canis lupus familiaris)
[36]
Lev &&&&&&0545000000.&&&&&0545 000 000 Panthera leo
[36]
Belomordyi bubal (podvid blesbok) &&&&&&0570670000.&&&&&0570 670 000 Damaliscus pygargus phillipsi
[39]
Aleksandrov kol'chatyi popugai &&&&&&0575000000.&&&&&0575 000 000 Psittacula eupatria
[32]
Kakadu Goffina &&&&&&0599000000.&&&&&0599 000 000 Cacatua goffiniana
[32]
Kaputsiny &&&&&&0650000000.&&&&&0650 000 000 Rod Cebus
[47]
Bol'shoi kudu &&&&&&0762570000.&&&&&0762 570 000 Tragelaphus strepsiceros
[39]
Makak-kraboed &&&&&&0800960000.&&&&&0800 960 000 Macaca fascicularis
[34]
Grach &&&&&&0820000000.&&&&&0820 000 000 Corvus frugilegus
[32]
Zhako &&&&&&0850000000.&&&&&0850 000 000 Psittacus erithacus
[32]
Kaputsin-favn &&&&&01100000000.&&&&&01 100 000 000 Sapajus apella
[2]
Bol'shoi zheltokhokhlyi kakadu &&&&&01135000000.&&&&&01 135 000 000 Cacatua galerita
[32]
Domashniaia loshad' &&&&&01200000000.&&&&&01 200 000 000 Equus ferus caballus
[27]
Voron &&&&&01200000000.&&&&&01 200 000 000 Corvus corax
[32]
Kea &&&&&01281000000.&&&&&01 281 000 000 Nestor notabilis
[32]
Obyknovennaia belich'ia obez'iana &&&&&01340000000.&&&&&01 340 000 000 Saimiri sciureus
[28]
Indiiskii makak &&&&&01660000000.&&&&&01 660 000 000 Macaca radiata
[34]
Makak-rezus &&&&&01710000000.&&&&&01 710 000 000 Macaca mulatta
[28]
Zhiraf &&&&&01730000000.&&&&&01 730 000 000 Giraffa camelopardalis
[39]
Sine-zhioltyi ara &&&&&01900000000.&&&&&01 900 000 000 Ara ararauna
[32]
Martyshki &&&&&02500000000.&&&&&02 500 000 000 Rod Cercopithecus
[44]
Babuin &&&&&02880000000.&&&&&02 880 000 000 Papio cynocephalus
[34]
Savannyi slon &&&&&05600000000.&&&&&05 600 000 000 Loxodonta africana
[5]
Grenlandskii tiulen' &&&&&06100000000.&&&&&06 100 000 000 Pagophilus groenlandicus
[48]
Obyknovennyi shimpanze &&&&&06200000000.&&&&&06 200 000 000 Pan troglodytes
[12]
Orangutany &&&&&08900000000.&&&&&08 900 000 000 Rod Pongo
[41]
Gorilly &&&&&09100000000.&&&&&09 100 000 000 Rod Gorilla
[41]
Malaia kosatka &&&&010500000000.&&&&&010 500 000 000 Pseudorca crassidens
[27]
Severnyi malyi polosatik &&&&012800000000.&&&&&012 800 000 000 Balaenoptera acutorostrata
[49]
Morskaia svin'ia &&&&014900000000.&&&&&014 900 000 000 Phocoena phocoena
[48]
Finval &&&&015000000000.&&&&&015 000 000 000 Balaenoptera physalus
[50]
Chelovek razumnyi &&&&016000000000.&&&&&016 000 000 000
(dlia srednego vzroslogo cheloveka) 		Homo sapiens
[42][2][51]
Seryi del'fin &&&&018750000000.&&&&&018 750 000 000 Grampus griseus
[52]
Obyknovennaia grinda &&&&037200000000.&&&&&037 200 000 000 Globicephala melas
[53]
Kosatka &&&&043100000000.&&&&&043 100 000 000 Orcinus orca
[54]

Sm. takzhe

[pravit' | pravit' kod]

Primechaniia

[pravit' | pravit' kod]
  1. | Randerson J. How many neurons make a human brain? Billions fewer than we thought (angl.). The Guardian (28 fevralia 2012). Data obrashcheniia: 3 sentiabria 2018. Arkhivirovano 7 marta 2018 goda.
  2. | 1 2 3 4 5 Herculano-Houzel S. The human brain in numbers: a linearly scaled-up primate brain (angl.) // Frontiers in Human Neuroscience : journal. -- 2009. -- Vol. 3, no. 31. -- ISSN 1662-5161. -- doi:10.3389/neuro.09.031.2009. -- PMID 19915731. Arkhivirovano 3 sentiabria 2018 goda.
  3. | 1 2 Jabr F. Searching For The Elephant's Genius Inside the Largest Brain on Land (angl.). Scientific American (26 fevralia 2014). Data obrashcheniia: 3 sentiabria 2018. Arkhivirovano 17 aprelia 2018 goda.
  4. | 1 2 3 Fasolo A. The Theory of Evolution and Its Impact. -- Springer, 2011. -- S. 182. -- ISBN 978-88-470-1973-7. -- [Arkhivirovano 24 iiunia 2016 goda.]
  5. | 1 2 3 Herculano-Houzel S., Avelino-de-Souza K., Neves K., Porfirio J., etal. The Elephant Brain in Numbers // Front Neuroanat. -- 2014. -- T. 8. -- S. 46. -- doi:10.3389/fnana.2014.00046. -- PMID 24971054. -- PMC 4053853.
  6. | Sherwood L, Klandorf H, Yancey P (2012) Animal Physiology: From Genes to Organisms Arkhivnaia kopiia ot 15 iiunia 2018 na Wayback Machine Cengage Learning, p. 150. ISBN 9781133709510.
  7. | Schierwater B. My favorite animal, Trichoplax adhaerens (angl.) // BioEssays[angl.] : journal. -- 2005. -- December (vol. 27, no. 12). -- P. 1294--1302. -- doi:10.1002/bies.20320. -- PMID 16299758.
  8. | Imanikia S., Sturzenbaum S. R. Chapter 12. Invertebrates in Obesity Research: A Worm's Perspective // Animal Models for the Study of Human Disease. -- Elsevier, 2013. -- 1108 p. -- ISBN 9780128072028.
  9. | Bode H., Berking S., David C. N., Gierer A., etal. Quantitative analysis of cell types during growth and morphogenesis in Hydra (angl.) // Wilhelm Roux Archiv fur Entwicklungsmechanik der Organismen : journal. -- 1973. -- Vol. 171, no. 4. -- P. 269--285. -- ISSN 0949-944X. -- doi:10.1007/BF00577725.
  10. | Garm A., Poussart Y., Parkefelt L., Ekstrom P., etal. The ring nerve of the box jellyfish Tripedalia cystophora (angl.) // Cell and Tissue Research[angl.] : journal. -- 2007. -- Vol. 329, no. 1. -- P. 147--157. -- ISSN 0302-766X. -- doi:10.1007/s00441-007-0393-7. Arkhivirovano 3 sentiabria 2018 goda.
  11. | Kuffler S. W., Potter D. D. Glia in the leech central nervous system: physiological properties and neuron-glia relationship (angl.) // J. Neurophysiol.[angl.] : journal. -- 1964. -- Vol. 27, no. 2. -- P. 290--320. -- doi:10.1152/jn.1964.27.2.290. -- PMID 14129773.
  12. | 1 2 Roth G., Dicke U. Evolution of the brain and intelligence (angl.) // Trends in Cognitive Sciences : journal. -- Cell Press, 2005. -- May (vol. 9, no. 5). -- P. 250--257. -- doi:10.1016/j.tics.2005.03.005. -- PMID 15866152. Arkhivirovano 15 iiunia 2018 goda. V formate PDF Arkhivnaia kopiia ot 31 iiulia 2009 na Wayback Machine
  13. | Cash D., Carew T. J. A quantitative analysis of the development of the central nervous system in juvenile Aplysia californica (angl.) // J Neurobiol. : journal. -- 1989. -- Vol. 20, no. 1. -- P. 25--47. -- doi:10.1002/neu.480200104. -- PMID 2921607.
  14. | Roth G. The Long Evolution of Brains and Minds. -- Springer Science & Business Media, 2013. -- S. 121. -- ISBN 978-94-007-6259-6. -- [Arkhivirovano 15 aprelia 2021 goda.]
  15. | Aniszewski T. Alkaloids: Chemistry, Biology, Ecology, and Applications (angl.). -- Elsevier Science, 2015. -- P. 316. -- ISBN 978-0-444-59462-4. -- [Arkhivirovano 15 aprelia 2021 goda.]
  16. | The Newborn Brain: Neuroscience and Clinical Applications (angl.) / edited by H Lagercrantz, MA Hanson, LR Ment, DM Peebles. -- Cambridge University Press, 2010. -- P. 3. -- ISBN 978-1-139-48558-6. -- [Arkhivirovano 15 aprelia 2021 goda.]
  17. | Nass R., Przedborski S. Parkinson's Disease: molecular and therapeutic insights from model systems (angl.). -- Academic Press, 2011. -- P. 325. -- ISBN 978-0-08-055958-2. -- [Arkhivirovano 15 aprelia 2021 goda.]
  18. | Ferro S. Scientists Capture All The Neurons Firing Across A Fish's Brain On Video (angl.). Popular Science (19 marta 2013). Data obrashcheniia: 3 sentiabria 2018. Arkhivirovano 6 marta 2018 goda.
  19. | Anatomy & Biology . The Lobster Institute. Universitet Mena. Data obrashcheniia: 19 marta 2016. Arkhivirovano 8 fevralia 2018 goda.
  20. | Tefl J, Tefl S. Interesting Facts About Ants . Data obrashcheniia: 23 dekabria 2010. Arkhivirovano 21 dekabria 2010 goda.
  21. | Ant Fun Facts . Data obrashcheniia: 23 dekabria 2010. Arkhivirovano 3 sentiabria 2011 goda.
  22. | Menzel R., Giurfa M. Cognitive architecture of a mini-brain: the honeybee (angl.) // Trends Cogn. Sci. : journal. -- Cell Press, 2001. -- February (vol. 5, no. 2). -- P. 62--71. -- doi:10.1016/S1364-6613(00)01601-6. -- PMID 11166636.
  23. | A Strange Approach to Social Interaction, and Butterflies . Anthropology.net (10 ianvaria 2007). Data obrashcheniia: 26 noiabria 2010. Arkhivirovano 13 ianvaria 2007 goda.
  24. | Hinsch K., Zupanc GKH. Generation and long-term persistence of new neurons in the adult zebrafish brain: A quantitative analysis (angl.) // Neuroscience[angl.] : journal. -- Elsevier, 2007. -- Vol. 146, no. 2. -- P. 679--696. -- doi:10.1016/j.neuroscience.2007.01.071. -- PMID 17395385. Arkhivirovano 24 sentiabria 2015 goda.
  25. | Frog Brain Neuron Number . Data obrashcheniia: 15 iiulia 2015. Arkhivirovano 16 iiulia 2015 goda.
  26. | 1 2 3 4 5 6 7 8 9 10 Herculano-Houzel S., Ribeiro P., Campos L., etal. Updated Neuronal Scaling Rules for the Brains of Glires (Rodents/Lagomorphs) (angl.) // Brain, Behavior and Evolution[angl.] : journal. -- 2011. -- Vol. 78, no. 4. -- P. 302--314. -- ISSN 0006-8977. -- doi:10.1159/000330825. -- PMC 3237106. Arkhivirovano 1 iiunia 2018 goda.
  27. | 1 2 3 4 5 6 Hofman, 2012, p. 425.
  28. | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Herculano-Houzel S., Catania K., Manger P. R., Kaas J. H. Mammalian Brains Are Made of These: A Dataset of the Numbers and Densities of Neuronal and Nonneuronal Cells in the Brain of Glires, Primates, Scandentia, Eulipotyphlans, Afrotherians and Artiodactyls, and Their Relationship with Body Mass (angl.) // Brain, Behavior and Evolution[angl.] : journal. -- 2015. -- Vol. 86, no. 3--4. -- P. 145--163. -- doi:10.1159/000437413. -- PMID 26418466.
  29. | 1 2 3 4 5 Herculano-Houzel S., Mota B., Lent R. Cellular scaling rules for rodent brains (angl.) // Proceedings of the National Academy of Sciences of the United States of America : journal. -- 2006. -- Vol. 103, no. 32. -- P. 12138--12143. -- doi:10.1073/pnas.0604911103. -- PMC 1567708. Arkhivirovano 27 iiunia 2017 goda.
  30. | Ngwenya A., Patzke N., Manger P. R., Herculano-Houzel S. Continued Growth of the Central Nervous System without Mandatory Addition of Neurons in the Nile Crocodile (Crocodylus niloticus) (angl.) // Brain, Behavior and Evolution[angl.] : journal. -- 2016. -- Vol. 87, no. 1. -- P. 19--38. -- doi:10.1159/000443201.
  31. | 1 2 3 4 5 6 7 8 9 10 Kverkova K., Belikova T., Olkowicz S., Pavelkova Z., etal. Sociality does not drive the evolution of large brains in eusocial African mole-rats (angl.) // Scientific Reports[angl.] : journal. -- 2018. -- 15 June (vol. 8, no. 1). -- P. 9203. -- ISSN 2045-2322. -- doi:10.1038/s41598-018-26062-8. -- PMID 29907782.
  32. | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 Olkowicz S., Kocourek M., Lucan R. K., Portes M., etal. Birds have primate-like numbers of neurons in the forebrain (angl.) // Proceedings of the National Academy of Sciences of the United States of America : journal. -- 2016. -- Vol. 113, no. 26. -- P. 7255--7260. -- ISSN 0027-8424. -- doi:10.1073/pnas.1517131113. -- PMID 27298365. -- PMC 4932926.
  33. | Herculano-Houzel S., Lent R. Isotropic fractionator: a simple, rapid method for the quantification of total cell and neuron numbers in the brain (angl.) // J Neurosci[angl.] : journal. -- 2005. -- Vol. 25, no. 10. -- P. 2518--2521. -- doi:10.1523/jneurosci.4526-04.2005. -- PMID 15758160. Arkhivirovano 23 avgusta 2018 goda.
  34. | 1 2 3 4 5 6 7 8 9 Gabi M., Collins C. E., Wong P., Torres L. B., etal. Cellular Scaling Rules for the Brains of an Extended Number of Primate Species (angl.) // Brain, Behavior and Evolution[angl.] : journal. -- 2010. -- Vol. 76, no. 1. -- P. 32--44. -- ISSN 0006-8977. -- doi:10.1159/000319872. -- PMC 2980814.
  35. | 1 2 3 4 5 6 7 Herculano-Houzel S., Collins C., Wong P., Kaas J. Cellular scaling rules for primate brains (angl.) // Proceedings of the National Academy of Sciences of the United States of America : journal. -- 2007. -- Vol. 104, no. 9. -- P. 3562--3567. -- doi:10.1073/pnas.0611396104. -- PMID 17360682. -- PMC 1805542.
  36. | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Jardim-Messeder D., Lambert K., Noctor S., Pestana F. M., etal. Dogs Have the Most Neurons, Though Not the Largest Brain: Trade-Off between Body Mass and Number of Neurons in the Cerebral Cortex of Large Carnivoran Species (angl.) // Frontiers in Neuroanatomy : journal. -- 2017. -- Vol. 11, no. 118. -- ISSN 1662-5129. -- doi:10.3389/fnana.2017.00118. Arkhivirovano 22 avgusta 2018 goda.
  37. | Brain Facts and Figures . Data obrashcheniia: 15 iiulia 2015. Arkhivirovano 16 iiulia 2012 goda.
  38. | Ananthanarayanan R., Esser S. K., Simon H. D., Modha D. S. The cat is out of the bag: cortical simulations with 109 neurons, 1013 synapses // Proceedings of the Conference on High Performance Computing Networking, Storage and Analysis, SC '09 (angl.). -- 2009. -- P. 1--12. -- ISBN 978-1-60558-744-8. -- doi:10.1145/1654059.1654124.
  39. | 1 2 3 4 5 6 7 8 9 Kazu R. S., Maldonado J., Mota B., Manger P. R., etal. Corrigendum: Cellular scaling rules for the brain of Artiodactyla include a highly folded cortex with few neurons (angl.) // Frontiers in Neuroanatomy : journal. -- 2015. -- Vol. 9, no. 39. -- ISSN 1662-5129. -- doi:10.3389/fnana.2015.00039. Arkhivirovano 2 iiunia 2018 goda.
  40. | 1 2 Herculano-Houzel S. The remarkable, yet not extraordinary, human brain as a scaled-up primate brain and its associated cost (angl.) // Proceedings of the National Academy of Sciences of the United States of America : journal. -- 2012. -- Vol. 109, no. Suppl 1. -- P. 10661--10668. -- ISSN 1091-6490. -- doi:10.1073/pnas.1201895109. -- PMID 22723358. Arkhivirovano 3 sentiabria 2018 goda.
  41. | 1 2 3 4 Herculano-Houzel S., Kaas J. Gorilla and Orangutan Brains Conform to the Primate Cellular Scaling Rules: Implications for Human Evolution (angl.) // Brain Behav Evol[angl.] : journal. -- 2011. -- Vol. 77, no. 1. -- P. 33--44. -- doi:10.1159/000322729. -- PMID 21228547. -- PMC 3064932.
  42. | 1 2 Azevedo F. A., Carvalho L. R., Grinberg L. T., Farfel J. M., etal. Equal numbers of neuronal and nonneuronal cells make the human brain an isometrically scaled-up primate brain (angl.) // The Journal of Comparative Neurology[angl.] : journal. -- 2009. -- Vol. 513, no. 5. -- P. 532--541. -- doi:10.1002/cne.21974. -- PMID 19226510.
  43. | Tower D. B. Structural and functional organization of mammalian cerebral cortex; the correlation of neurone density with brain size; cortical neurone density in the fin whale (Balaenoptera physalus L.) with a note on the cortical neurone density in the Indian elephant (angl.) // The Journal of Comparative Neurology[angl.] : journal. -- 1954. -- Vol. 101, no. 1. -- P. 19--51. -- doi:10.1002/cne.901010103. -- PMID 13211853. Arkhivirovano 3 sentiabria 2018 goda.
  44. | 1 2 Quarton G. C., Melnechuk T., Schmitt F. O. The neurosciences. -- Rockefeller University Press[angl.], 1967. -- S. 732. -- [Arkhivirovano 5 iiunia 2016 goda.]
  45. | Jelsing J., Nielsen R., Olsen A. K., Grand N., Hemmingsen R., Pakkenberg B. The postnatal development of neocortical neurons and glial cells in the Gottingen minipig and the domestic pig brain (angl.) // The Journal of Experimental Biology : journal. -- The Company of Biologists[angl.], 2006. -- Vol. 209, no. Pt 8. -- P. 1454--1462. -- doi:10.1242/jeb.02141. -- PMID 16574805. Arkhivirovano 3 sentiabria 2018 goda. V formate PDF Arkhivnaia kopiia ot 3 sentiabria 2018 na Wayback Machine
  46. | Lambert K. G., Bardi M., Landis T., Hyer M. M., etal. Behind the Mask: Neurobiological indicants of emotional resilience and cognitive function in wild raccoons (Procyon lotor) (angl.) // Society for Neuroscience (Presentation Abstract) : journal. -- 2014. Arkhivirovano 9 ianvaria 2016 goda.
  47. | Hofman, 2012, p. 424.
  48. | 1 2 Walloe S., Eriksen N., Dabelsteen T., Pakkenberg B. A neurological comparative study of the harp seal (Pagophilus groenlandicus) and harbor porpoise (Phocoena phocoena) brain (angl.) // Anatomical Record (Hoboken, N.J.: 2007) : journal. -- 2010. -- Vol. 293, no. 12. -- P. 2129--2135. -- ISSN 1932-8494. -- doi:10.1002/ar.21295. -- PMID 21077171.
  49. | Eriksen N., Pakkenberg B. Total neocortical cell number in the mysticete brain (angl.) // Anatomical Record (Hoboken, N.J.: 2007) : journal. -- 2007. -- Vol. 290, no. 1. -- P. 83--95. -- ISSN 1932-8486. -- doi:10.1002/ar.20404. -- PMID 17441201.
  50. | Food and Agriculture Organization of the United Nations, Working Party on Marine Mammals. Mammals in the Seas: Report. -- Food & Agriculture Org., 1978. -- ISBN 9789251005132. -- [Arkhivirovano 27 maia 2016 goda.]
  51. | Platek S., Keenan J., Shackelford T., Raessens J. Evolutionary Cognitive Neuroscience. -- MIT Press, 2007. -- S. 139. -- (Cognitive Neuroscience). -- ISBN 9780262162418.
  52. | Longevity and sexual maturity vary across species with number of cortical neurons, and humans are no exception | Semantic Scholar . Data obrashcheniia: 18 marta 2021. Arkhivirovano 10 maia 2021 goda.
  53. | Mortensen H. S., etal. Quantitative relationships in delphinid neocortex // Front Neuroanat. -- 2014. -- T. 8. -- S. 132. -- doi:10.3389/fnana.2014.00132. -- PMID 25505387. -- PMC 4244864.
  54. | Higher neuron densities in the cerebral cortex and larger cerebellums may limit dive times of delphinids compared to deep-diving toothed whales . Data obrashcheniia: 18 marta 2021. Arkhivirovano 25 fevralia 2022 goda.

Literatura

[pravit' | pravit' kod]
Istochnik -- https://ru.wikipedia.org/w/index.php?title=Spisok_zhivotnykh_po_kolichestvu_neironov&oldid=151206518