References
1. Helin, K., et al., Genes Dev., 7, 1850-1861 (1993).
2. Helin, K., and Harlow, E., J. Virol., 68, 5027-5035
(1994).
3. Zhang, H.S., et al., Cell, 97, 53-61 (1999).
4. Saito, M., et al., Genomics
Lougheed, W. D., et al., Diabetologia, 20, 51-53 (1981).
7. Helmerhorst, E., and Stokes, G.B., Diabetes, 36, 261-264 (1987).
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postmitotic cell, the cerebrospinal fluid secretory
cell of the choroid plexus.7 Each of the E2F proteins,
E2F1 (~53 kDa), E2F2 (~53 kDa), E2F3 (~57 kDa) and
E2F4 (~50 kDa), are regulated by complex formation
is possible (up to
30 minutes).
Units/ml = (A sample – A blank) × 1,000 x 0.2
53 x V x T x L
Where:
53 = extinction coefficient (εmM) of bilirubin at 450
chen c et al. (2005) Nucleic acids Res 33:e179
7. Tang F et al. (2006) Nucleic acids Res 34:e9
Gene expression
a
Fl
uo
re
sc
en
ce
(
53
0
nm
)
7.9
7.2
6.5
5.8
5.1
4.4
3.7
3.0
. The product specifi-1
cally detects both the full length filensin (115 kD) and
the processed 53 kD fragment of filensin applying
immunoblotting. It also reacts with a variety of1
breakdown products
postmitotic cell, the cerebrospinal fluid secretory
cell of the choroid plexus.7 Each of the E2F proteins,
E2F1 (~53 kDa), E2F2 (~53 kDa), E2F3 (~57 kDa) and
E2F4 (~50 kDa), are regulated by complex formation
Appearance: Gray-brown to dark brown powder
Isoelectric point (pI): 4.7-~53
Kinetic Parameter: pH optimum is 6-7
STRUCTURE:
Molecular weight: 128,000∀5% by sedimentation velocity diffusion
,
53(3), 267-75 (2004).
3. Ingram PR., et al., A comparison of the effects of
ocular preservatives on mammalian and microbial
ATP and glutathione levels. Free Radic Res.,
38(7), 739-