Symposium 15: Chromosome evolution in the post-Illumina era

Time zone: UTC-11 (Niue, Samoa Standard) UTC-10 (Hawaii–Aleutian Standard, Cook Island, Tahiti) UTC-9 (Alaska, Hawaii–Aleutian Daylight, Gambier Island) UTC-8 (Alaska Daylight, Pacific Standard) UTC-7 (Pacific Daylight, Mountain Standard) UTC-6 (Mountain Daylight, Central Standard) UTC-5 (Central Daylight, Eastern Standard, Peru, Colombia ) UTC-4 (Eastern Daylight, Atlantic Standard, Chile, Paraguay) UTC-3 (Atlantic Daylight, Brasília, Argentina, Uruguay) UTC-2 (Brasília Summer, Uruguay Summer) UTC-1 (Azores Standard, Cape Verde, Eastern Greenland) UTC±0 (Greenwich Mean, Western European) UTC+1 (Western European Summer, Central European, West Africa) UTC+2 (Central European Summer, Eastern European, Central Africa) UTC+3 (Eastern European Summer, Arabia Standard, East Africa, Moscow) UTC+4 (Armenia, Azerbaijan, Georgia, Volgograd) UTC+5 (Pakistan, Tajikistan, Turkmenistan, Uzbekistan, Yekaterinburg) UTC+6 (Bangladesh, Bhutan, Kyrgyzstan, Omsk) UTC+7 (Indochina, Thailand, Western Indonesian, Novosibirsk) UTC+8 (Australian Western, China, Malaysia, Philippine, Singapore) UTC+9 (Japan, Korea, Eastern Indonesian, Yakutsk) UTC+10 (Australian Eastern, Chamorro, Papua New Guinea, Vladivostok) UTC+11 (Australian Eastern Daylight, New Caledonia, Srednekolymsk) UTC+12 (Fiji, Magadan, New Zealand Standard) UTC+13 (New Zealand Daylight, Tonga) UTC+14 (Line Islands)
	S15-1 Karyotype evolution in birds: from conventional staining to chromosome painting, to genome assembly Edivaldo H. C. de Oliveira (Universidade Federal do Pará)
	S15-2 Microchromosomes are building blocks of bird, reptile and mammal chromosomes Jennifer A. Marshall Graves (La Trobe University)
	S15-3 How to evolve an 'alien': a distinct mode of chromosomal evolution in cephalopods Oleg Simakov (University of Vienna)
	S15-4 Chromosome-wide translocation repatterned recombination rates and accumulated reproductive isolations during nematode speciation Kohta Yoshida (Max Planck Institute for Developmental Biology)
	S15-5 Chromatin conformation shapes chromosome evolution in Drosophila and plants Yi Liao (UCI)

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