PDF 4,2Mb
Transkript
H2N O O N O - O3SO O + H H N HN N H H2N O H3C + NH 2 + N H N H H N NH H OH NH NH O NH / CH 2 NH ( &* +, - , ) ) CH 3 % ( OH OH . N H3C O Cl CH 2 $ %& ' ! "# ! # O CH 3 NH $ %& ' ( CH3 " N ! CH 3 HN O N O NH O - P CH 3 CH3 OCH3 O COOH CH3 O N NH H3C OCH3 O H2C O NH CH3 CH3 O CH3 NH H3C NH CH3 O CH3 O NH O O CH3 O CH3 NH O O NH O CH3 N NH NH CH3 CH3 NH COOH O O COOH COOH NH NH ) . NH2 1 *+,0 ! . ! # *+,# ! '/ ' ž 0 ž *+,- 1 ž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eribozomální syntéza microcystin a nodularin NH O H2 C O NH COOH O CH3 CH3 NH HN 2 5 7 ! & & CC? @ 2 ! NH2 ! " 1 1 . 2 " ' ! 0 2 ! ' 2 5 7 IC $ ' !" # & 9 O K 8 O '! ! ! ( # )#* ! '! = "? %$ "$ J5 $ & !" # ( # )#* ! $ " $ " , ; 1 5 / $. M $% $ E "? " $8 ! && Detoxifikace – GSH, GST, GTR,…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iologicky aktivní metabolity sinic ,- H2N OH NH 2 ' ! . 0 0 ! ! 0 1 ! 2 C 0 ! ! ! 1 N NH C OOH O H3C O NH NH NH O O O H3C H3C O H3C Cyanopeptoliny (cyanopeptoliny, micropeptiny, aeruginopeptiny, microcystilidy, planktopeptiny, oscillapeptiny, anabaenopeptilidy, oscillapeptilidy, nostopeptiny) CH3 O CH3 NH OH O C H3 cca 60 strukturních variant HO C H3 H 3C Microviridiny Cca 15 strukturních variant . NH H 3C N O O H 3C O NH 0 NH O E NH OH HO NH H C 3 & NH HO O HO 4## 0 !" # ( # )#* ! $ NH N NH O 0 '! NH 2 O NH H3C NH NH2 CH3 CH3 O N O H3C O O Microgininy (microgininy, radiosuminy, camabiny, oscillagininy) cca 30 strukturních variant COOH O CH3 OH !" # '! ( # 2 OH NH NH $% & NH OH Aeruginosiny (aeruginosiny, suomilid, spumiginy, microciny) cca 30 strukturních variant OH 2 & ' 2 I " 0 1 & O NH H C 3 E ZZZ . Anabaenopeptiny (anabaenopeptiny, nodulapeptiny, oscillamidy, ferintoic acid) cca 20 strukturních variant NH NH O . . $% $ )#* ! $% $ 4 Biologicky aktivní metabolity sinic H3 C N N NH NH CH2 CH3 O O N H3C S H3 C H3 C NH N CH3 S Malevamidy cca 3 strukturní varianty H N O N O Aplysiatoxin S NH O Biologicky aktivní metabolity sinic O H3 C N Lyngbyatoxin Cl H2C geosmin 12-epi-hapalindol E isonitril OH N )#* ! CH3 O mueggelone H N !" # CH3 S O O + O Microcoliny a miramibidy cca 10 strukturních variant S H3C CH3 O ( # N Mirabizol CH3 CH3 '! S N CH3 Dendroamidy (microcyclamide, cca 5 dalších hepta, octa a banyascyclamide, tenuecyclamide, nonapeptid westiellamide, nostocyclamide) cca 13 strukturních variant & CH3 N - O calothrixin A glykolipidy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ocation (source) )#* ! !" # & ( # )#* ! '( 1 Location (source) Year ; Cyanobacteria 1931 USA, Ohio river Microcystis ? Gastroenteritis, abdominal pain, vomiting 19601965 Zimbabwe, Harare Microcystis ? Gastroenteritis 1975 USA, Pennsylvania Australia, Palm Island ? Cylindrospermopis CYN Gastroenteritis, liver, kidney and intestine damage 1981 Australia, Armidale Microcystis MC Liver damage China Microcystis MC Colorectal cancer, deaths 19721990 China Microcystis MC Primary liver cancer, deaths 1988 Brazil, Itaparica dam Microcystis, Anabaena ? Gastroenteritis, diarrhoea, deaths 1994 Sweden, Malmö Planktothrix MC Gastroenteritis, fevers, abdominal and muscular pain !" # '! ( # '( Location (source) )#* ! 1 Year Canada, Saskatchewan Microcystis, Anabaena circinalis ? Headache, nausea, muscular pain, vomiting, diarrhoea, 1980-1981 USA, Pennsylvania and Nevada Aphanizomenon, Anabaena ? Eye and ear irritation, flu like symptoms 1989 UK, England, Stafordshire Microcystis MC Gastroenteritis, sore throat, blistered mouth, vomiting, abdominal pain, fever, pulmonary consolidation, diarrhoea Australia Microcystis, Anabaena, Aphanizomenon, Nodularia ? Gastroenteritis, flu like symptoms, blistered mouth, fever, eye and ear irritation, vomiting, diarrhoea 1995 1996 UK Planktothrix MC Rashes, fever 1996-1998 Australia (coastal sea) Lyngbya ? Contact dermatitis, eye and ear irritation, respiratory irritation 2002-2003 Finland Anabaena lemmermannii STX Fever, eye irritation, abdominal pain, rashes $% !" # & 0 1 Toxi n Health outcomes 1959 $ ; Cyanobacteria 1 Recreational/occupational water contact Gastroenteritis 19771996 & 1 Toxi n Year Schizotrix, Lyngbya, Phormidium $% $ Health outcomes Drinking water 1979 '! 1 Toxin 7 6 ' $% $ Cyanobacteria " 8 '! '( ( # 1 )#* ! $% $ ! 0! ! Health outcomes $ " . . " 1 " 0 ! 8 I[ " Q_ " A - ' /' ! Drinking water $ Haemodialysis E 1974 USA, Washington Present LPS Fever, myalgia, chills, vomiting 1996 Brazil, Caruaru Present MC, CYN Visual disturbance, tinitus, nausea, vomiting, liver damage, deaths 2001 Brazil, Rio de Janeiro Anabaena, Microcystis MC Visual disturbance, tinitus, nausea, vomiting, liver damage !" # & '! ( # )#* ! $ $ ! ! "E 0 ! I+J ?=- ' /' ] G ! 0 0 G ) " E . . . ' /' ] G 1 ! 0 ! E ! ! & E 0 . ! $% !" # & '! ( # )#* ! $% $ 6 & $ < . $ & E $ . 1 0 W ` ! ! " !" ?H H = 3 ! ! $ 1 1 ' A, A> 1 >:a ! ! $1 ! !6 0 . '! ( # )#* ! ( 0 . ! E !# . G ! B IB 8 3 ' 3B B 8 . E ! ?> ! ' !6 " ' '! ( # )#* ! 4 ( ! " E 0! 3 . 1 . . BG B 1 I 1 6 NK 1 ! P 1 !" # & 1 > ?@ $% $ = 2 1 "3 b 3 c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l H 2C O O OH O > 1 $% $ - CH3 S CH3 CH3 O CH3 N NH O O P - CH3 N O OH CH3 NH COOH O NH NH NH O NH NH O NH N H2N O NH NH N O N H3 C NH 2 N S NH O S HO H3C H3 C C H3 HN O H3 C NH CH 3 NH NH 2 H3 C CH3 NH NH NH )#* ! S N CH3 O H3 C C H3 NH O ( # S CH3 CH 3 N O H2C O NH CH 3 2Q N N CO OH NH H3 C CH 3 CH3 J CH3 N O H O CH 3 HO J !" # '! 8 H % ! & O O HN " ) ! $% $ ! " 4 1! ! ! "! J ;) Q O O CH3 OH 9 B ! ?> 0 ?H H H $@- - , 0 0 " OH HO O OCH3 CH3 COOH NH NH CH3 CH3 O O CH3 NH O CH3 N CH3 O NH COOH NH NH NH2 2 0 ! 0 9 B 1 E 5! 0 !" # & '! ( # )#* ! $ " $% !" # & '! ( # )#* ! $% $ 7 8 5 > 1 ) " =" < OI ; " I - 8 2 V 5 "? $ , -& G7 %& ' > 1 " ' 8 2 W ' 5 5! 7 ' ( # #? & ' ( )#* ! '! ( # ' " ! ! "1 E L E " 6 9 B $*K 1 PP $% $ !" # & '! ( # )#* ! $% $ @ ) * + !"# $ % , !" # & " _ !" # '! 5! ?- - a ! & H >a ;H $?- - a & d - )#* ! $% $ 8
Podobné dokumenty
Příloha č - Nemocnice Strakonice
systolický krevní tlak
dTK
diastolický krevní tlak
mTK
střední krevní tlak
AS
akce srdeční
SO2
saturace krve kyslíkem
pO2
parciální tlak kyslíku
pCO2
parciální tlak oxidu uhličitého
GCS
Glasgowská ...
Využití membránových procesů při úpravě pitné vody
7. Jacangelo J. G., Patania N.L., Laine J.-M., Booe W., Mallevialle J.: Low pressure membrane
filtration for particle removal. AWWARF+AWWA, Denver, USA, 1992.
8. Minegishi S., Jang N.-Y., Watanabe ...
âESKÁ SPOLEâNOST PRO BIOCHEMII A MOLEKULÁRNÍ
âSAV k 1. lednu 1953; fieditelem se opût stal prof. ·orm. JiÏ Ústfiední ústav chemick˘
sídlil na Praze 6 v komplexu vybudovaném pÛvodnû pro potfieby
V˘zkumn˘ch ústavÛ zemûdûlsk˘ch, tehdy v ulici Na Cv...
Mimořádné SVP při EVP 2014
slovenský čuvač
bearded kolie
dalmatin
německý špic
beauceron
šeltie, kolie krátkosrstá a dlouhosrstá
aljašský malamut, sibiřský husky, samojed, grónský pes
border kolie
čau čau
směšovacími Průvodce stroji
jiných výrobců. Maguire nabízí více jak 80 modelů pro směšování až 12-ti komponent s výkonem do 2270 kg/hod.