Právní předpis byl sestaven k datu 30.11.2012.
Zobrazené znění právního předpisu je účinné od 01.06.2011 do 30.11.2012.
Xxxxxxxx č. 235/2010 Sb., x xxxxxxxxx požadavků xx xxxxxxx x xxxxxxxxxxxx xxxxxxxxxx látek, xx znění xxxxxxxx x. 319/2010 Xx., xx xxxx xxxxx:
1. Xxxxxxxx pod xxxxx x. 1 xxx:
"1) Xxxxxxxx Xxxxxx 2008/60/ES xx xxx 17. xxxxxx 2008, xxxxxx xx xxxxxxx xxxxxxxxxx xxxxxxxx xxx xxxxxxx xxxxxxxxxx xxxxxxxx xxx xxxxxxx v potravinách.
Směrnice Xxxxxx 2008/84/ES xx xxx 27. srpna 2008, kte xxx xx stanoví xxxxxxxxxx xxxxxxxx xxx xxxxxxx xxxxxxxxxxxxxxx přídatných látek xxxxxx než barviva x xxxxxxxx xxxxxxxx.
Xxxxxxxx Xxxxxx 2008/128/ES xx xxx 22. xxxxxxxx 2008, kterou xx xxxxxxx xxxxxxxxxx kritéria xxx xxxxxxx týkající xx barviv xxx xxxxxxx x potravinách.
Směrnice Xxxxxx 2009/10/ES ze xxx 13. xxxxx 2009, xxxxxx xx xxxx xxxxxxxx 2008/84/ES, xxxxxx se stanoví xxxxxxxxxx xxxxxxxx pro xxxxxxx xxxxxxxxxx látek xxxxxx xxx xxxxxxx x xxxxxxxx xxxxxxxx.
Xxxxxxxx Xxxxxx 2010/37/EU xx xxx 17. xxxxxx 2010, xxxxxx xx xxxx směrnice 2008/60/XX, xxxxxx xx xxxxxxx xxxxxxxxxx xxxxxxxx pro xxxxxxx xxxxxxxxxx sladidel.
Směrnice Xxxxxx 2010/67/EU xx xxx 20. října 2010, xxxxxx xx xxxx směrnice Xxxxxx 2008/84/XX, xxxxxx xx xxxxxxx xxxxxxxxxx kritéria xxx xxxxxxx potravinářských xxxxxxxxxx xxxxx xxxxxx xxx barviva x xxxxxxxx xxxxxxxx.
Xxxxxxxx Komise 2011/3/EU ze xxx 17. ledna 2011, xxxxxx se mění xxxxxxxx 2008/128/XX, xxxxxx xx xxxxxxx specifická xxxxxxxx xxx čistotu xxxxxxxx xx xxxxxx xxx xxxxxxx x xxxxxxxxxxx.".
2. V xxxxxxx x. 1 položka X 160x LYKOPEN xxx:
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„X 160x XXXXXXX
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1. XXXXXXXXXX XXXXXXX
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Xxxxxxxx
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&xxxx;
xxxxxxx xxxxxxx xxxxxxxxx xxxxxxxx
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Xxxxxxxx
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Xxxxxxxxxx lykopen xx xxxx xxxxxxxxxxxxx xxxxxxx xxxxxxxx x xxxxxx xx Xxxxxxxxxx xxxxxxxxxx xxxxxxxxxxxx meziproduktů xxxxx xxxxxxxxxxx při xxxxxx xxxxxxxxx karotenoidů x xxxxxxxxxxx. Syntetický xxxxxxx xx xxxxxx xxxxxxxxx x xxx-xxxxx-xxxxxxxx x 5-xxx-xxxxxxxx x xxxxxxx xxxxxxxx dalších xxxxxxx. Xxxxxxxx xxxxxxxxxx xxxxxxxxx xxxxxx x xxxxxxx x xxxxxxxxxxx xxxx formu xxxxxxxx x xxxxxxx olejích xxxx xxxxxx xxxxxxxxxxxxxx xxxx rozpustného xx xxxx.
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Xxxxx X.X.
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&xxxx;
75125
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Xxxxxx
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&xxxx;
207-949-1
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Xxxxxxxx xxxxx
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&xxxx;
ψ,ψ-xxxxxxx, xxx-xxxxx-xxxxxxx, (xxx-X)-xxxxxxx, (xxx-X)-2,6,10,14,19,23,27,31-xxxxxxxxxx- 2,6,8,10,12,14,16,18,20,22,24,26,30-xxxxxxxxxxxxxxxxxxxx
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Xxxxxxxx xxxxxx
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&xxxx;
X40X56
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Xxxxxxxxx molekulová xxxxxxxx
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&xxxx;
536,85
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Xxxxx
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&xxxx;
xxxxxxx 96% xxxxxxxx xxxxxx (xxxxxxx 70% xxx-xxxxxxxxxxxxx)
X1xx1% 3450 při 465 - 475 xx v hexanu xxx 100% čistý xxx-xxxxxxx
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Xxxxx
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&xxxx;
xxxxxxx krystalický prášek
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Identifikace
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Spektrofotometrie
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maximální xxxxxxxx xxxxxxx x xxxxxx xxx xxx 472 xx
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Xxxxxxx na xxxxxxxxxxx
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Xxxxx xxxxxxx vzorku x xxxxxxx xxxxx xx xxxxxxxxxx přidání 5%xxxx roztoku dusitanu xxxxxxx x 1 X xxxxxxxx xxxxxx.
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Xxxxxxxxxxx
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xxxxxxxxxxx xx xxxx, volně xxxxxxxxx x xxxxxxxxxxx
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Xxxxxxxxxx 1%xxxx xxxxxxx v xxxxxxxxxxx
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xxxx roztok xxxx xxxxxxxxxxxxxxx xxxxx
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Xxxxxxx
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Xxxxxx xxxxxxxxx xxxxxxx
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&xxxx;
xxxxxxx 0,5 % xxx 40 oC xx xxxx 4 xxxxx xxx 20 xx Hg
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Apo-12'-lykopenal
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nejvýše 0,15 %
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Xxxxxxxxxxxxxx-xxxx
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xxxxxxx 0,01 %
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Xxxxxx xxxxxxxxxxxx
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xxxxxxxx
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xxxxxxx 200 mg/kg
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hexan, xxxxxx-2-xx
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xxxxxxx 10 mg/kg, xxxxxxxxxx
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xxxxxxxxxxxxx
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&xxxx;
xxxxxxx 10 mg/kg (xxxxx x xxxxxxxxxx xxxxxxxxxxx)
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xxxxx
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xxxxxxx 1,0 xx/xx
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2. XX XXXXXXX XXXXXX
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Xxxxxxxx
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xxxxxxxx xxxx 27
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Xxxxxxxx
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Xxxxxxx xx xxxxxxx xxxxxxxx rozpouštědly xx zralých xxxxxx (Xxxxxxxxxxxx xxxxxxxxxx L.) x xxxxxxxxx odstraněním xxxxxxxxxxxx. Xxxxx xx xxxxxx pouze xxxx xxxxxxxxxxxx: oxid xxxxxxxx, xxxxx ethylnatý, xxxxxx, xxxxxx-2-xx, methanol, ethanol, xxxxx. Xxxxxx xxxxxxxx xxxxxx xxxxxx je xxxxxxx, mohou xxx xxxxxxxx xxxxx xxxxxxxx xxxxxx xxxxxxxxxxxxxxx xxxxxxxx. Xxxxx barevných xxxxxxxx xxxx výrobek obsahovat xxxxx, xxxx, vosky x xxxxxxxxxx xxxxxx xxxxxxxxx xx xxxxxxxxxxx x xxxxxxxxx.
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Xxxxx X.X.
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&xxxx;
75125
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Xxxxxx
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&xxxx;
207-949-1
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Xxxxxxxx xxxxx
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&xxxx;
ψ,ψ-xxxxxxx, xxx-xxxxx-xxxxxxx, (xxx-X)-xxxxxxx, (xxx-X)- 2,6,10,14,19,23,27,31-xxxxxxxxxx- 2,6,8,10,12,14,16,18,20,22,24,26,30-dotriakontatridekaen
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Chemický xxxxxx
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&xxxx;
X40X56
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Xxxxxxxxx xxxxxxxxxx xxxxxxxx
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&xxxx;
536,85
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Xxxxx
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xxxxxxx 5,0 % barevných xxxxx xxxxxx
X1xx1% 3450 xxx 465 - 475 xx v xxxxxx xxx 100%xx xxxxx xxx-xxxxxxxxxxxx
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Xxxxx
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&xxxx;
xxxxx xxxxxxx xxxxxxxx kapalina
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Identifikace
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Spektrofotometrie
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maximum xxx xxx 472 xx x xxxxxx
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Xxxxxxx
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Xxxxxx xxxxxxxxxxxx
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xxxxx xxxxxxxxx
xxxxxxxx
xxxxxxx
xxxxxx
xxxxx
xxxxxx-2-xx
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xxxxxxx 50 xx/xx, xxxxxxxxxx nebo x xxxxxxxxx
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Xxxxxxxx popel
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nejvýše 1,0 %
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Xxxxx
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xxxxxxx 3 mg/kg
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Olovo
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nejvýše 2 xx/xx
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Xxxx
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xxxxxxx 1 xx/xx
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Xxxxxxx
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xxxxxxx 1 xx/xx
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3. X XXXXXXXXX XXXXXXXX
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Xxxxxxxx
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xxxxxxxx xxxx 27
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Definice
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Lykopen x Xxxxxxxxx trispora xx xxxxxxxxx x xxxxxxx xxxxxxx x xxxxxxxx xx xxxxx xxxxxxxxxxxx x filtrací. Xxxxx xx xxxxxxx xxx-xxxxx-xxxxxxx. Xxxxxx xxxxxxxx xxxxx xxxxxxxx dalších karotenoidů. Xxxxx se xxxxxx xxxxx xxxx rozpouštědla: xxxxxxxxxxx x xxxxxxxxxxxxxx. Xxxxxxxx lykopenové xxxxxxxxx xxxxxx k použití x xxxxxxxxxxx xxxx xxxxxx suspenzí x xxxxxxx xxxxxxx xxxx xxxxxx xxxxxxxxxxxx xxxx xxxxxxxxxxx xx xxxx.
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Xxxxx X. X.
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&xxxx;
75125
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Xxxxxx
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&xxxx;
207-949-1
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Xxxxxxxx xxxxx
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ψ,ψ-xxxxxxx, xxx-xxxxx-xxxxxxx, (xxx-X)-xxxxxxx, (xxx-X)- 2,6,10,14,19,23,27,31-xxxxxxxxxx- 2,6,8,10,12,14,16,18,20,22,24,26,30-xxxxxxxxxxxxxxxxxxxx
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Xxxxxxxx xxxxxx
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&xxxx;
X40X56
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Xxxxxxxxx xxxxxxxxxx xxxxxxxx
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&xxxx;
536,85
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Xxxxx
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xxxxxxx 95 % lykopenů xxxxxx x nejméně 90 % all-trans-lykopenu x xxxxxxxxx látek xxxxxx
X1xx1% 3450 xxx 465 - 475 xx x xxxxxx xxx 100%xx xxxxx all-translykopen
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Popis
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červený xxxxxxxxxxx xxxxxx
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Xxxxxxxxxxxx
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Xxxxxxxxxxxxxxxxx
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xxxxxxxxx xxxxxxxx xxxxxxx v hexanu xxx 470 xx
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Xxxxxxx xx xxxxxxxxxxx
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Xxxxx xxxxxxx xxxxxx x xxxxxxx xxxxx xx xxxxxxxxxx xxxxxxx 5%ního roztoku xxxxxxxx xxxxxxx x 1 N xxxxxxxx xxxxxx.
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Xxxxxxxxxxx
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xxxxxxxxxxx xx xxxx, xxxxx rozpustný x xxxxxxxxxxx
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Xxxxxxxxxx 1%xxxx xxxxxxx x chloroformu
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čirý xxxxxx xxxx červenooranžové barvy
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Čistota
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Úbytek xxxxxxxxx xxxxxxx
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xxxxxxx 0,5 % xxx 40 xX xx xxxx 4 xxxxx při 20 xx Xx
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Xxxxxxx xxxxxxxxxxx
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xxxxxxx 5,0 %
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Zbytky xxxxxxxxxxxx
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xxxxxxxxxxxxxx
xxxxxx-2-xx
xxxxxxxxxxxxx
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xxxxxxx 1,0 %
xxxxxxx 0,1 %
xxxxxxx 10 xx/xx, pouze v xxxxxxxxxx xxxxxxxxxxx
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Xxxxx
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xxxxxxx 1,0 xx/xx
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Xxxxxxxx xxxxx
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xxxxxxx 0,3 %".
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3. X xxxxxxx x. 3 xxxxxxx X 290 OXID XXXXXXXX zní:
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„E 290 XXXX UHLIČITÝ
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A. Xxxxxxxx
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xxxxxx xxxx xxxxxxxx, xxxxx xxx (v xxxxx xxxxx), anhydrid xxxxxxxx xxxxxxxx
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Xxxxxxxx
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Xxxxxxxx xxxxx
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xxxx uhličitý
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Einecs
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204-696-9
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Chemický xxxxxx
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XX2
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Xxxxxxxxx xxxxxxxxxx xxxxxxxx
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44,01
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Xxxxx
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xxxxxxx 99 % X/X, x plynném xxxxx
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Xxxxx
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xxxxxxxx xxxx, za normálních xxxxxxxx xx xxxxx xxxxxxxxx zápachem. Xxxxxxxx xx oxid xxxxxxxx xxxxxxx xxxx xxxxxxxx x tlakových lahvích xxxx xx xxxxxxx xxxxxxxxx xxxxxxxxx xxxx xx xxxxxxxxxx xxxxxxx xxxxxxx „xxxxxxx ledu". Xxxxx formy (xxxxx xxx) obvykle xxxxxxxx xxxx xxxxxxx příměsi, xxxx. xxxxxxxxxxxxxx nebo xxxxxxxxx xxxx.
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Xxxxxxxxxxxx
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X. xxxxxx xxxxxxxxx
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Xxxxx xx proud xxxxxxxx xxxxxx xxxxxxx xx roztoku xxxxxxxxx xxxxxxxxx, xxxxx se xxxx sraženina, která xx xx vývoje xxxxx xxxxxxxxx xx xxxxxxx xxxxxxxx octové
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Čistota
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acidita
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915 xx plynu xxxxxxxxxxxx 50 xx xxxxxxx xxxxxxxxx xxxx nesmí xxxxxxxx její reakci xxx xxxxxxx methyloranže xx kyselé xxxxxxx xxxx, než xxxxx xxxxxxxx 1 ml 0,01X XXx xx 50 xx xxxxxxx xxxxxxxxx vody
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Redukující xxxxx, xxxxxx x xxxxxx
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915 xx plynu xxxxxxxxxxxx 25 xx xxxxxxxxxxxxx xxxxxxx KNO3, xx xxxxxxx byly xxxxxxx 3 ml xxxxxxxx, xxxxx xxxxxxxx xxxxxxxx xxxx zčernání tohoto xxxxxxx
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Xxxx xxxxxxxx
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xxxxxxx 10 µx/x
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Xxxxx oleje
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nejvýše 5 xx/xx".
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4. Do xxxxxxx x. 3 xx xx xxxxxxx X 385 vkládá xxxxxxx X 392 XXXXXXXXXXX XXXXXXXX, xxxxx zní:
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„E 392 ROZMARÝNOVÉ XXXXXXXX
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XXXXXX XXXXXXXXX
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Xxxxxxxx
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Xxxxxxx x xxxxx xxxxxxxxx (xxxxxxxxxxx)
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Xxxxxxxx
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Xxxxxxxx xxxxxxxxx xxxxxxxx xxxxxxx xxxxxx, x xxxxx xxxx xxxxxxxxx, xx xxxx xxxxxxxxxxxx účinky. Tyto xxxxxx patří zejména xx xxxxxxx xxxxxxxxxxx xxxxxxx, flavonoidů, diteroenoidů. Xxxxx xxxxxxxxxxxxxx xxxxxxxxx xxxxx xxxxxxxx xxxxxxxxx xxxx triterpeny x xxxxx xxxxxxxxxxxxxx xxxxxxxxxxx xxxxxxxxxxxx xxxxxxxxx xxxxxxxxxx x xxxxxxxxxxx xxxxxxxxxxx.
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Xxxxxxxx xxxxx
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Xxxxxxxxxxx xxxxxxx (Xxxxxxxxxx xxxxxxxxxxx)
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Xxxxxx
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283-291-9
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Xxxxx
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Xxxxxxx x listů xxxxxxxxx xxxx xxxxxxxxxxx xx xxxxxxxxxx xxxxxxxx xxxxx rostliny Xxxxxxxxxx xxxxxxxxxxx pomocí soustavy xxxxxxxxxxxx xxxxxxxxxx xxx xxxxxxxxxxxxx xxxxxxx. Xxxxxxxx xxxx xxxxx být xxxxxxxxxxxxxx x xxxxxxxxx. Xxxxxxxx mohou xxx xxxxxxxxxxxxxxx.
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Xxxxxxxxxxxx
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Xxxxxxxxxx xxxxxxxxxxxx sloučeniny: xxxxxxxx xxxxxxxxx
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xxxxxxxx karnosová (X20X28X4) x xxxxxxxx (X20X26X4) - nejméně 90 % celkových xxxxxxxxxx xxxxxxxxx
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Xxxxxxxxxx xxxxxx xxxxxx xxxxx
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&xxxx;
xxxxxxx, xxxxxxxxxxxx, xxxx, 1,8-xxxxxx, xxxxxxxx
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Xxxxxxx
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&xxxx;
xxxx xxx 0,25 x/xx
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Xxxxxxxxxxx
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&xxxx;
xxxxxxxxxxx xx xxxx
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Xxxxxxx
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Xxxxxx xxxxxxxxx xxxxxxx
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xxxxxxx 5 %
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Xxxxx
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xxxxxxx 3 xx/xx
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Xxxxx
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xxxxxxx 2 xx/xx
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1. XXXXXXXXXXX XXXXXXXX XXXXXXXX XX XXXXXXXX XXXXX ROZMARÝNY EXTRAKCÍ XXXXXXXX
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Xxxxx
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Xxxxxxxx xxxxxxxxx xx xxxxxxxx ze sušených xxxxx rozmarýny xxxxxxxx xxxxxxxx, xxxxxxxx, xxxxxxxx x xxxxxxxxx xxxxxxxxxxxx, xx xxx následuje xxxxxx x xxxxxxxxx x xxxxx získat xxxxx xxxxxx xxxx xxxxxxxx.
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Xxxxxxxxxxxx
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Xxxxx xxxxxxxxxxxx xxxxxxxxxxxxxx xxxxxxxxx
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xxxxx xxxx xxxx xxx 10 % xxxx., xxxxxxxxx xxxx xxxxxxx obsah xxxxxxxx xxxxxxxxx x xxxxxxxxx
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Xxxxx - antioxidanty/těkavé xxxxx
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xxxxx xxxx xxxx xxx 15 (xxxxxxx % xxxx. xxxxxxxx xxxxxxxxx x xxxxxxxxx / % xxxx. referenčních xxxxxxxx xxxxxxxx látek*)
* xxxx xxxxxxx xxxxxxxx xxxxxxxx xxxxx x xxxxxxxx, stanoveno xxxxxxxx xxxxxxxxxxxxxx s xxxxxxxxxx xxxxxxxxxxxxxxxx detekcí (GC-MSD)
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Zbytková xxxxxxxxxxxx: xxxxxx
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&xxxx;
xxxxxxx 500 xx/xx
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2. ROZMARÝNOVÉ EXTRAKTY XXXXXXXXXX XXXXXXXX SUŠENÝCH XXXXX ROZMARÝNY XXXXXX XXXXXXXXXXXXXXX XXXXX XXXXXXXXXX
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Xxxxxxxx xxxxxxxxx xxxxxxxx xx xxxxxxxx xxxxx xxxxxxxxx xxxxxxxx xxxxxx xxxxxxxxxxxxxxx xxxxx uhličitého x xxxxx xxxxxxxxx xxxxxxxx xxxx pomocného xxxxxxxxxxxx.
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Xxxxxxxxxxxx
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Xxxxx xxxxxxxxxxxx antioxidačních xxxxxxxxx
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xxxxx xxxx xxxx než 13 % hmot., xxxxxxxxx xxxx xxxxxxx xxxxx xxxxxxxx xxxxxxxxx x xxxxxxxxx
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Xxxxx - xxxxxxxxxxxx/xxxxxx xxxxx
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xxxxx xxxx xxxx než 15 (xxxxxxx % hmot. xxxxxxxx xxxxxxxxx x xxxxxxxxx / % xxxx. xxxxxxxxxxxx xxxxxxxx xxxxxxxx látek*)
* xxxx xxxxxxx xxxxxxxx xxxxxxxx xxxxx x xxxxxxxx, xxxxxxxxx plynovou xxxxxxxxxxxxxx x hmotnostně xxxxxxxxxxxxxxxx xxxxxxx (XX-XXX)
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Xxxxxxxx xxxxxxxxxxxx: xxxxxxx
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xxxxxxx 2 %
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3. XXXXXXXXXXX XXXXXXXX XXXXXXXXXX X DEZODORIZOVANÉHO XXXXXXXXXXXX XXXXXXXX XXXXXXXXX
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Xxxxxxxx xxxxxxxxx, xxxxx xx xxxxxxxxxx x xxxxxxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxx rozmarýny.
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Extrakty mohou xxx dále xxxxxxx, xxxxxxxxx působením xxxxxxxxx xxxx anebo xxxxxxxxxxx xxxxxxxxx.
Xxxxx xxx xxxxxxxxxxxx xx xxxxxxx schváleném xxxxxx xxxx xxxxxx xxxxxxxxxxxxx.
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Xxxxxxxxxxxx
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Xxxxx referenčních xxxxxxxxxxxxxx xxxxxxxxx
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xxxxx xxxx xxxx xxx 5 % xxxx., vyjádřeno jako xxxxxxx xxxxx xxxxxxxx xxxxxxxxx x xxxxxxxxx xxxxxxxxx
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Xxxxx - xxxxxxxxxxxx/xxxxxx xxxxx
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&xxxx;
xxxxx xxxx xxxx xxx 15 (celkové % hmot. xxxxxxxx xxxxxxxxx x karnosolu / % xxxx. xxxxxxxxxxxx hlavních těkavých xxxxx*)
* xxxx celkové xxxxxxxx xxxxxxxx xxxxx x xxxxxxxx, stanoveno xxxxxxxx chromatografií s xxxxxxxxxx spektrometrickou detekcí (XX-XXX)
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Xxxxxxxx xxxxxxxxxxxx: ethanol
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nejvýše 500 xx/xx
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4. XXXXXXXXXXX XXXXXXXX XXXXXXXXX A XXXXXXXXXXXXXX, XXXXXXX XXXXXXXXXXXXX XXXXXXXX XXXXXX HEXANUA XXXXXXXX
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Xxxxxxxx xxxxxxxxx, xxxxx xx xxxxxxxxxx x xxxxxxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxx xxxxxxxxx, xxxxxxxxx extrakci xxxxxxx. Xxxxxxxx mohou xxx xxxx xxxxxxx, xxxxxxxxx xxxxxxxxx xxxxxxxxx xxxx nebo xxxxxxxxxxx xxxxxxxxx. Xxxxx být xxxxxxxxxxxx ve xxxxxxx xxxxxxxxxx xxxxxx xxxx xxxxxx xxxxxxxxxxxxx.
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Xxxxxxxxxxxx
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Xxxxx xxxxxxxxxxxx xxxxxxxxxxxxxx sloučenin
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rovno xxxx xxxx xxx 5 % xxxx., vyjádřeno xxxx xxxxxxx obsah xxxxxxxx xxxxxxxxx x xxxxxxxxx xxxxxxxxx
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Xxxxx - xxxxxxxxxxxx/xxxxxx xxxxx
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&xxxx;
xxxxx xxxx xxxx xxx 15 (xxxxxxx % xxxx. xxxxxxxx xxxxxxxxx x xxxxxxxxx / % xxxx. xxxxxxxxxxxx xxxxxxxx xxxxxxxx látek*)
* jako xxxxxxx xxxxxxxx xxxxxxxx xxxxx v xxxxxxxx, xxxxxxxxx plynovou chromatografií x xxxxxxxxxx xxxxxxxxxxxxxxxx xxxxxxx (GC-MSD)
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Zbytková xxxxxxxxxxxx: xxxxx
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xxxxxxx 25 xx/xx
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xxxxxxx
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xxxxxxx 500 xx/xx".
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5. X xxxxxxx x. 3 xxxxxxx X 426 XXXXXX HEMICELULÓZA xxx:
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„X 426 SÓJOVÁ HEMICELULÓZA
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Definice
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Sójová xxxxxxxxxxxx xx rafinovaný xxxxxxxxxxxx xxxxxxxxx xx xxxx získávaný x xxxxxxxxxxx xxxxx sójové xxxxxxxx extrakcí horkou xxxxx. Xxxxx ethanolu xx xxxxx xxxxxx xxxxx xxxx xxxxxxxxx xxxxxxx xxxxxxx.
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Xxxxxxxx xxxxx
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&xxxx;
xxxxxx xxxxxxxxxxxxx xxxxxxxxx xx xxxx
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xxxxxx vláknina xxxxxxxxx xx xxxx
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Xxxxx
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&xxxx;
xxxxxxx 74 % xxxxxxxxx
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Xxxxx
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&xxxx;
xxxxxxxx bílý xxxx xxxxxxxxx xxxx xxxxxx
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Xxxxxxxxxxxx
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X. xxxxxxxxxxx
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&xxxx;
xxxxxxxxx v xxxxx xxxx xxxxxxx xxxx, xxx xxxxxx xxxx
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X. xX 1%ního xxxxxxx
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&xxxx;
5,5 ± 1,5
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C. xxxxxxxxx 10%xxxx xxxxxxx
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&xxxx;
xxxxxxx 200 mPa.s
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Čistota
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Úbytek hmotnosti xxxxxxx bílkoviny
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nejvýše 7 %, po xxxxxx xxx 105 xX xx xxxx 4 xxxxx xxxxxxx 14,0 %
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Xxxxxxx xxxxx
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&xxxx;
xxxxxxx 9,5 %, xx žíhání xxx 600 oC xx xxxx 4 xxxxx
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Xxxxx
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&xxxx;
xxxxxxx 2 xx/xx
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Xxxxx
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&xxxx;
xxxxxxx 5 mg/kg
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Rtuť
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nejvýše 1 xx/xx
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Xxxxxxx
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&xxxx;
xxxxxxx 1 xx/xx
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Xxxxxxx
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&xxxx;
xxxxxxx 2 %
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Xxxxxxx xxxxx xxxxxxxxxxxxxx
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&xxxx;
xxxxxxx 3&xxxx;000/1 x
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Xxxxxxxx x xxxxxx
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&xxxx;
xxxxxxx 100/1 x
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Xxxxxxxxxxx xxxx
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&xxxx;
xxxxxxxxx x 10 x".
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6. Do xxxxxxx x. 3 xx xx položku X 426 xxxxxx xxxxxxx X 427 XXXXXXX GUMA, xxxxx xxx:
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„X 427 XXXXXXX XXXX
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Xxxxxxxx
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Xxxxxxxx
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&xxxx;
Xxxxxxx guma xx xxxxxxxxx čištěný endosperm xxxxx xxxxxxxx Xxxxxx xxxx a Xxxxxx xxxxxxxxxx (Xxxxxxxxxxx) obsahující xxxx xxx 0,05 % Cassia xxxxxxxxxxxx. Xxxxxx xxxxxxx jsou xxxxxxxxxxxxx x vysokou xxxxxxxxxxx xxxxxxxxx xxxxxxx xxxxxxxxx x xxxxxxxxxx xxxxxxx xxxxxxxx 1,4-β-D xxxxxxxxxxxxx spojených x xxxxxxxxxx 1,6-α-D xxxxxxxxxxxxxxx. Xxxxx xxxxxxx ke xxxxxxxxx xx xxxxxxxxx 5:1. Xxx výrobě xx xxxxxx xxxxx xxxxxx x xxxxxxx xxxxxxxx xxxxxxxxxxx xxxxxxxxx, xx xxxx následuje xxxxx x xxxxxxx xxxxxxxxxx. Xxxxxxxxx xxxxxxxxx xx dále xxxxx xxxxxxxx xxxxxxxxxxxxx.
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Xxxxx
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&xxxx;
xxxxxxx 75 % xxxxxxxxxxxxxx
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| &xxxx;
Xxxxx
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&xxxx;
xxxxxx xxxxx xx xxxxxxx bílý xxxxxx xxx zápachu
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Identifikace
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A. xxxxxxxxxxx
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&xxxx;
xxxxxxxxxxx v xxxxxxxx, xxxxx xx rozptyluje xx studené vodě x xxxxxxx xxxxxxxx xxxxxx
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| &xxxx;
X. xxxxxx gelu xxxxxx boritanu
|
K vodné xxxxxxxx xxxxxx xx xxxxx xxxxxxxxxx xxxxxxxx xxxxxxxxxx roztoku xxxxxxxx xxxxxxx, xxx xx xxxxx pH xx xxxxxxx xxxxx xxx 9 x xxxxxxx xx xxx.
|
| &xxxx;
X. tvorba xxxx pomocí xxxxxxxx
|
&xxxx;
Xxxxxx xx 1,5 g xxxxxx a 1,5 x xxxxxxxx x xxx xxxxxxxx xx xxxxxxxx. Xxxx xxxx xx xxxxx za xxxxxxxx míchání xx 300 xx xxxx x teplotě 80 xX v kádince x xxxxxx 400 xx. Směs xx xxxxx, xxxxx xx xxxxxxxxxx, a po xxxxxxxxxx xxxxxxx xxxxxxxxx xxxxxxx 30 xxxxx. Xxx xxxxxxx se xxxxxxx udržuje xxx 60 xX. Xxxx xx míchání přeruší x xxxx xx xxxxx xxxxxxxxx při xxxxxxxx xxxxxxx xxxxxxx 2 xxxxxx. Xxxx, xx teplota klesne xxx 40 xX, xx xxxxxxx pevný xxxxxxx-xxxxxxxxx xxx. Takový xxx xxxxxxxxx x 1 %xxx kontrolním xxxxxxx samotné kasiové xxxx xxxx xxxxxxxx xxxxxxxxxxx obdobným xxxxxxxx.
|
| &xxxx;
X. xxxxxxxxx
|
&xxxx;
xxxxxxx 500 mPa.s (25 xX, 2 xxxxxx, 1 % xxxxxx), což xxxxxxxx xxxxxxxx xxxxxxxxxx xxxxxxxxx 200&xxxx;000 - 300 000 X
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxx xxxxxxxxx sušením
|
nejvýše 12 %, po xxxxxx xxx 105 xX xx dobu 5 hodin
|
|
Bílkoviny
|
nejvýše 7,0 %
|
| &xxxx;
Xxxxxxx xxxxx
|
&xxxx;
xxxxxxx 1,2 %
|
| &xxxx;
Xxxxx nerozpustné x xxxxxxxx
|
&xxxx;
xxxxxxx 2,0 %
|
| &xxxx;
xX 1%xxxx vodného xxxxxxx
|
&xxxx;
5,5-8,0
|
| &xxxx;
Xxxxx xxx
|
&xxxx;
xxxxxxx 1 %
|
| &xxxx;
Xxxxxxx xxxxx xxxxxxxxxxxx
|
&xxxx;
xxxxxxx 0,5 xx/xx (mezní xxxxxxx xxxxxxx)
|
| &xxxx;
Xxxxxx xxxxxxxxxxxx
|
&xxxx;
xxxxxxx 750 xx/xx isopropylalkoholu
|
|
Olovo
|
nejvýše 1 xx/xx
|
| &xxxx;
Xxxxxxx xxxxx mikroorganismů
|
nejvýše 5&xxxx;000 XXX/1 x
|
| &xxxx;
Xxxxxxxx x xxxxxx
|
&xxxx;
xxxxxxx 100 XXX/1 x
|
| &xxxx;
Xxxxxxxxxxx xxxx
|
&xxxx;
xxxxxxxxx x 1 g
|
|
Salmonella xx.
|
&xxxx;
xxxxxxxxx x 25 x".
|
7. X xxxxxxx x. 3 xxxxxxx X 463 XXXXXXXXXXXXXXXXXXXXX xxx:
| &xxxx;
„X 463 HYDROXYPROPYLCELULÓZA
|
|
|
Synonyma
|
hydroxypropylether xxxxxxxx
|
| &xxxx;
Xxxxxxxx
|
&xxxx;
xxxxxxxxxxxxxxxxxxxxx xx xxxxxxxx xxxxxxx přímo x xxxxxxxxxxx xxxxxxxxxxx xxxxxx x xxxxxxxx xxxxxxxxxxxxxx xxxxxxxxxxxxxxxxxx skupinami
|
|
Chemický název
|
hydroxypropylether xxxxxxxx
|
| &xxxx;
Xxxxxxxx vzorec
|
Polymery xxxxxxxx xxxxxxxxxxxxx xxxxxxxx xxxxxxxxxxxxxx x obecným xxxxxxx X6X7X2(XX1)(XX2)(XX3), kde xxxxx x X1, R2, X3 xxxx xxx xxx X, XX2XXXXXX3, XX2XXX(XX2XXXXXX3)XX3 xxxx CH2CHO[CH2CHO(CH2CHOHCH3)CH3]CH3
|
|
Relativní xxxxxxxxxx hmotnost
|
asi 30&xxxx;000 - 1&xxxx;000&xxxx;000
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 80,5 % xxxxxxxxxxxxxxxxxxxx xxxxxx (-XXX2XXXXXX3) odpovídajících xxxxxxx 4,6-xxxxxxxxxxxxxxxxxxx xxxxxxxx na xxxxxxxx anhydroglukózy, xxxxxxxx xx sušinu
|
|
Popis
|
mírně xxxxxxxxxxxxx, xxxx xxxx slabě xxxxxxxxx xxxx xxxxxxx, xxxxxx nebo vláknitý xxxxxx bez xxxxx x xxxxx
|
| &xxxx;
Xxxxxxxxxxxx
|
&xxxx; |
| &xxxx;
X. rozpustnost
|
Ve xxxx xxxxxx, xxxxxxx xxxx až xxxxxxxxxxxx, xxxxxxxx, xxxxxxxx xxxxxxx, xxxxx xxxxxxxxx x xxxxxxxx, nerozpustná x xxxxxx
|
| &xxxx;
X. plynová xxxxxxxxxxxxxx
|
&xxxx;
xxxxxxxxxxxx xx xxxxxxxxx xxxxxxxx xxxxxxxxxxxxxx
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxx xxxxxxxxx xxxxxxx
|
&xxxx;
xxxxxxx 10 %, po xxxxxx xxx 105 xX xx xxxx 3 xxxxx
|
| &xxxx;
Xxxxxxxx xxxxx
|
&xxxx;
xxxxxxx 0,5 % xxxxxxxxx xx žíhání xxx 800 ��± 25 xX
|
| &xxxx;
xX 1 %xxxx xxxxxxxxxx xxxxxxx
|
&xxxx;
5,0-8,0
|
| &xxxx;
Xxxxxxxxxxxxxxxxxxxx
|
&xxxx;
xxxxxxx 0,1 xx/xx
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 3 xx/xx
|
| &xxxx;
Xxxxxxx
|
&xxxx;
xxxxxxx 1 mg/kg
|
|
Olovo
|
nejvýše 5 xx/xx
|
| &xxxx;
Xxxx
|
&xxxx;
xxxxxxx 1 mg/kg
|
|
Těžké xxxx (xxxx Xx)
|
&xxxx;
xxxxxxx 20 xx/xx".
|
8. V xxxxxxx x. 3 xxxxxxx X 948 XXXXXX xxx:
| &xxxx;
„X 948 XXXXXX
|
|
| &xxxx;
Xxxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxxxx xxxxx
|
&xxxx;
xxxxxx
|
| &xxxx;
Xxxxxx
|
&xxxx;
231-956-9
|
| &xxxx;
Xxxxxxxx xxxxxx
|
&xxxx;
X2
|
| &xxxx;
Xxxxxxxxx xxxxxxxxxx xxxxxxxx
|
&xxxx;
32,00
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 99,0 %
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxxx xxxxxxxxx xxxx xxx xxxxxxx
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxx vody
|
nejvýše 0,05 %
|
| &xxxx;
Xxxxxx x xxxx xxxxxxxxxx
|
&xxxx;
xxxxxxx 100 µx/x".
|
9. X xxxxxxx x. 3 xxxxxxx X 949 VODÍK xxx:
| &xxxx;
„X 949 XXXXX
|
|
| &xxxx;
Xxxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxxxx xxxxx
|
&xxxx;
xxxxx
|
| &xxxx;
Xxxxxx
|
&xxxx;
215-605-7
|
| &xxxx;
Xxxxxxxx xxxxxx
|
&xxxx;
X2
|
| &xxxx;
Xxxxxxxxx xxxxxxxxxx xxxxxxxx
|
&xxxx;
2,00
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 99,9 %
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxxx xxxxxx xxxxxxx xxxx xxx xxxxxxx
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxx
|
&xxxx;
xxxxxxx 0,005 % xxx.
|
| &xxxx;
Xxxxxx
|
&xxxx;
xxxxxxx 0,001 % obj.
|
|
Dusík
|
nejvýše 0,070 % obj.".
|
10. Xx xxxxxxx č. 3 xx za položku X 1202 vkládá xxxxxxx X 1203 XXXXXXXXXXXXXXXX, xxxxx zní:
|
„E 1203 POLYVINYLALKOHOL
|
|
|
Synonyma
|
Polymer xxxxxxxxxxxxx, XXXX
|
| &xxxx;
Xxxxxxxx
|
&xxxx;
Xxxxxxxxxxxxxxxx je xxxxxxxxxx xxxxxxxxxx připravená xxxxxxxxxx xxxxxxxxxxxx, xx xxx xxxxxxxxx částečná xxxxxxxxx xxxxxxxxx xxxxxx x xxxxxxxxxxx alkalického xxxxxxxxxxxx. Xxxxxxxxx xxxxxxxxxx xxxxxxxx xxxxxx na polymeračním xxxxxx a stupni xxxxxxxxx.
|
| &xxxx;
Xxxxxxxx xxxxx
|
&xxxx;
Xxxxxxx xxxxxxxxxxx
|
| &xxxx;
Xxxxxxxx xxxxxx
|
&xxxx;
(X2X3XX)x, xxx X = X xxxx XXXX3
|
| &xxxx;
Xxxxx
|
&xxxx;
11,0 - 12,8 % xxxxxx (X), xxxxxxxx xx bezvodou xxxx
|
| &xxxx;
Xxxxx
|
&xxxx;
Xxxxxxxxx xxxx nebo xxxxxxx zbarvený xxxxxx xxxxxx xxx zápachu x xxx chuti
|
|
Identifikace
|
|
|
A. xxxxxxxxxxx
|
&xxxx;
xxxxxxxxx xx xxxx, xxxxx xxxxxxxxx x xxxxxxxx
|
| &xxxx;
X. xxxxxxx xxxxxx
|
&xxxx;
Xxxxxx x hmotnosti 0,25 x xx xxxxxxxxxx xxxxxxxx x 5 xx xxxx x xxxxxx se xxxxx xxxxxxxxxx xx xxxxxxxxx xxxxxxx. Po xxxxxxx 10 xx xxxxxxxx x tomuto xxxxxxx xxxxxxx bílá zakalená xxxx xxxxxxxxxx sraženina.
|
|
C. xxxxxxx reakce
|
Vzorek x xxxxxxxxx 0,01 g xx zahříváním xxxxxxxx xx 100 xx xxxx x roztok xx xxxxx xxxxxxxxxx xx pokojovou xxxxxxx. Xxxxx xxxxxxxxx xxxxxxx xxxxxxxx xxxxx xxxxx xxxxxxxxxx roztoku xxxx x několika xxxxx xxxxxxxx xxxxxx x 5 xx xxxxxxx. Xxxxxx x hmotnosti 0,5 g xx xxxxxxxxxx xxxxxxxx v 10 xx vody x roztok xx xxxxx xxxxxxxxxx xx xxxxxxxxx xxxxxxx. Tmavě xxxxxxx xxxxxxxxx xxxxxxx xxxxxxxx xxxxx kapky xxxxxxxxxx xxxxxxx xxxx x 5 xx xxxxxxx.
|
| &xxxx;
X. viskozita 4%xxxx xxxxxxx xxx 20 xX
|
&xxxx;
4,8 - 5,8 xXx.x, xxx odpovídá xxxxxxxx xxxxxxxxxx xxxxxxxxx 26&xxxx;000 - 30&xxxx;000 X
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxxxx číslo
|
125 - 153 xx KOH/g
|
|
Stupeň xxxxxxxxx
|
&xxxx;
86,5 - 89,0 %
|
| &xxxx;
Xxxxx xxxxxxxxxxx xx xxxx
|
&xxxx;
xxxxxxx 0,1 %
|
| &xxxx;
Xxxxxxxx
|
&xxxx;
xxxxxxx 3,0
|
| &xxxx;
xX 4%xxxx xxxxxxx
|
&xxxx;
5,0 - 6,5
|
| &xxxx;
Xxxxxx xxxxxxxxxxxx
|
&xxxx;
xxxxxxx 1,0 % xxxxxxxxx, 1,0 % xxxxxxxxxxxxx
|
| &xxxx;
Xxxxxx xxxxxxxxx xxxxxxx
|
&xxxx;
xxxxxxx 5,0 % xxx 105° X po xxxx 3 hodin
|
|
Nespalitelný xxxxxx
|
&xxxx;
xxxxxxx 1,0 %
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 2,0 xx/xx".
|
11. V xxxxxxx x. 3 xx xxxxxxx XXXXXXXXXXXXXXXXX 6000 xxxxxxxxx xxxxxxxx X 1521 XXXXXXXXXXXXXXXXXX, xxxxx xxx:
| &xxxx;
„X 1521 XXXXXXXXXXXXXXXXXX
|
|
| &xxxx;
Xxxxxxxx
|
&xxxx;
XXX, xxxxxxxx, polyethylenoxid
|
|
Definice
|
Adiční polymery xxxxxxxxxxxx a xxxx xxxxxxx xxxxxxxxxx xxxxxx xxxxxxxxx xxxxxxxxxxxxx molekulové xxxxxxxxx.
|
| &xxxx;
Xxxxxxxx název
|
α-hydro-Ω-hydroxypoly(oxy-1,2ethandiol)
|
|
Chemický vzorec
|
HOCH2-(CH2-O-CH2)n-CH2OH
|
|
Průměr xxxxxxxxxxx molekulových xxxxxxxxx
|
&xxxx;
380 - 9&xxxx;000 X
|
| &xxxx;
Xxxxx
|
&xxxx;
XXX 400: 95 - 105 %
|
| &xxxx; | &xxxx;
XXX 3000: 90 - 110 %
|
| &xxxx; | &xxxx;
XXX 3350: 90 - 110 %
|
| &xxxx; | &xxxx;
XXX 4000: 90 - 110 %
|
|
PEG 6000: 90 - 110 %
|
|
| &xxxx; | &xxxx;
XXX 8000: 87,5 - 112,5 %
|
| &xxxx;
Xxxxx
|
&xxxx;
XXX 400 xx xxxx, xxxxxxxx, xxxxxxxx nebo xxxxx bezbarvá xxxxxxxxxxxxx xxxxxxxx
XXX 3000, PEG 3350, XXX 4000, XXX 6000 a XXX 8000 xxxx xxxx xxxx xxxxx xxxx xxxxx xxxxx xxxxxxxxx xxxx xxxxxxxxxxxx xxxxxxx
|
| &xxxx;
Xxxxxxxxxxxx
|
&xxxx; |
| &xxxx;
X. xxx tání
|
PEG 400: 4 - 8 oC
|
|
PEG 3000: 50 - 56 xX
|
|
| &xxxx; | &xxxx;
XXX 3350: 53 - 57 xX
|
| &xxxx; | &xxxx;
XXX 4000: 53 - 59 xX
|
| &xxxx; | &xxxx;
XXX 6000: 55 - 61 xX
|
| &xxxx; | &xxxx;
XXX 8000: 55 - 62 xX
|
| &xxxx;
X. xxxxxxxxx
|
&xxxx;
XXX 400: 105 - 130 xXx.x xxx 20 oC
|
|
PEG 3000: 75 - 100 xXx.x při 20 xX
|
|
| &xxxx; | &xxxx;
XXX 3350: 83 - 120 xXx.x při 20 xX
|
| &xxxx; | &xxxx;
XXX 4000: 110 - 170 mPa.s xxx 20 xX
|
| &xxxx; | &xxxx;
XXX 6000: 200 - 270 xXx.x xxx 20 xX
|
| &xxxx; | &xxxx;
XXX 8000: 260 - 510 xXx.x xxx 20 xX
X případě polyethylenglykolů, xxxxx xxxx průměrnou xxxxxxxxxxx xxxxxxxx xxxxx xxx 400, xx xxxxxxxxx určuje na 50%xxx xxxx. roztoku xxxxxxxxx látky xx xxxx.
|
| &xxxx;
X. xxxxxxxxxxx
|
&xxxx;
XXX 400 xx xxxxxxxxx x xxxxx, xxxxx xxxxx xxxxxxxxx x acetonu, x alkoholu a x methylenchloridu, prakticky xxxxxxxxxxx x mastných x minerálních olejích.
PEG 3000 a XXX 3350 jsou xxxxx xxxxx xxxxxxxxx xx xxxx x x xxxxxxxxxxxxxxxx, xxxxx těžce xxxxxxxxx x xxxxxxxx, xxxxxxxxx xxxxxxxxxxx x xxxxxxxx a xxxxxxxxxxx xxxxxxx.
XXX 4000, XXX 6000 x PEG 8000 xxxx velmi xxxxx xxxxxxxxx xx xxxx a v xxxxxxxxxxxxxxxx, xxxxxxxxx xxxxxxxxxxx x xxxxxxxx, xxxxxxxxx xxxxxxxxxxx v xxxxxxxx x xxxxxxxxxxx xxxxxxx.
|
| &xxxx;
Xxxxxxx
|
&xxxx; |
| &xxxx;
Xxxxxxxx xxxx xxxxxxxxxx
|
&xxxx;
Xxxxxxx 5,0 x xx xxxxxxxx x 50 xx xxxx xxx xxxxx xxxxxxxxxx x přidá xx 0,15 xx xxxxxxx xxxxxxxxxxxxx modři. Xxxxxx je žlutý xxxx xxxxxx. Na xxxxx zabarvení xxxxxxxxxx xx xxxxx xxxx xxxxxxx více než 0,1 xx 0,1X xxxxxxxxx xxxxxxx.
|
| &xxxx;
Xxxxxxxxxxx xxxxx
|
&xxxx;
XXX 400: 264 - 300
|
| &xxxx; | &xxxx;
XXX 3000: 34 - 42
|
|
PEG 3350: 30 - 38
|
|
| &xxxx; | &xxxx;
XXX 4000: 25 - 32
|
| &xxxx; | &xxxx;
XXX 6000: 16 - 22
|
|
PEG 8000: 12 - 16
|
|
| &xxxx;
Xxxxxxxx xxxxx
|
&xxxx;
xxxxxxx 0,2 %
|
| &xxxx;
1,4-xxxxxx
|
&xxxx;
xxxxxxx 10,0 mg/kg
|
|
Ethylenoxid
|
nejvýše 0,2 xx/xx
|
| &xxxx;
Xxxxxxxxxxxxx x xxxxxxxxxxxxxxx
|
&xxxx;
xxxxxx xxxxxxx 0,25 % xxxx. jednotlivě xxxx x xxxxxxxxx
|
| &xxxx;
Xxxxx
|
&xxxx;
xxxxxxx 1 xx/xx".
|