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TB064 pET-23(+) Vector Map
I(198)
Bgl II(260)
Msc I(285)
Dsa I(286)
Bpu10 I(420)
Bbs I(432)
Bsg I(474)
Eco47 III(568)
BspG I(840)
Pvu II(905)
BsmB I(955)
Tth111 I(1059)
Bst1107 I(1085)
Sap I(1198)
Afl
XP725 Antibody Number-Lot Number 071M4826
80
1.3 9 10 11 12 33 34 35 36 57 58 59 60 81 82 83 84
1.4 13 14 15 16 37 38 39 40 61 62 63 64 85 86 87 88
1.5 17 18 19 20 41 42 43
Product Information Sheet - 05190541001
or SYBR Green I filters and the next possible emission filter of a longer
wavelength (usually 560, 568, or 640 nm) as the second channel.
www.roche-applied-science.com 3
Universal ProbeLibrary Reference
Universal ProbeLibrary Reference Gene Assays
or SYBR Green I filters and the next possible emission filter of a longer wavelength (usually 560, 568, or
640 nm) as the second channel.
Gene-specific expression quantification assays in combination
Universal ProbeLibrary Reference Gene Assays
or SYBR Green I filters and the next possible emission filter of a longer wavelength (usually 560, 568, or
640 nm) as the second channel.
Gene-specific expression quantification assays in combination
Universal ProbeLibrary Reference Gene Assays
or SYBR Green I filters and the next possible emission filter of a longer wavelength (usually 560, 568, or
640 nm) as the second channel.
Gene-specific expression quantification assays in combination
Universal ProbeLibrary Reference Gene Assays
or SYBR Green I filters and the next possible emission filter of a longer wavelength (usually 560, 568, or
640 nm) as the second channel.
Gene-specific expression quantification assays in combination
Universal ProbeLibrary Reference Gene Assays
or SYBR Green I filters and the next possible emission filter of a longer wavelength (usually 560, 568, or
640 nm) as the second channel.
Gene-specific expression quantification assays in combination
ChemiKine¿ Brain Derived Neurotrophic Factor (BDNF) Sandwich ELISA Kit
Spontaneous expression of neural phenotype and NGF, TrkA, TrkB genes
in marrow stromal cells. BBRC 356:561-568.
Product Information Sheet - INHIB1
Inhibitors (2
nd
ed.), Part B, p. 572 (1993).
17. Hewlett, G., Biotechnology (N.Y.), 8(6), 565-568
(1990).
18. Tanizawa, K., et al., J. Biochem., 69(5), 893-899
(1971).
19. Hial, V., et al
MILLIPLEX®MAP Human Myokine Panel is an optimized quantitative immunoassay that simultaneously measures 15 novel muscle-secreted factors
15 Myostatin FABP3 Irisin FSTL1 OSM IL-6 FGF21 Musclin
FABP3 std
4
18 13 19 16 92 48 32 105 568 49 28 34 34 150 28
22 17 20 20 97 51 31 107 591 46
User Guide - 04869877001
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the
Bulletin - UPL51THRU60
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL31THRU40
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL1THRU10
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL111THRU120
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL121THRU130
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL131THUR140
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Universal ProbeLibrary Set, Human
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the
Bulletin - UPL81THRU90
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL41THUR50
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL141THRU150
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL21THRU30
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL71THRU80
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL91THRU100
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL101THRU110
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL11THRU20
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL161THRU165
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL61THRU70
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
Bulletin - UPL151THRU160
channel (or the next
possible emission filter moving to longer wavelengths, for example, 560 nm or 568 nm).
When performing UPL assays on Applied Biosystems’ Fast Real-time PCR Systems, the use of the Fast
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