ONCOBRITEâ
In Vivo GFP Imaging
FIELD:
-
Fluorescent
tumor models of all types
-
Fluorescent
cancer cell lines of all types
-
Custom
fluorescent cell line development
-
Imaging
systems fully installed
-
Technical
support from AntiCancer scientists
-
GFP
Infectious disease imaging
-
GFP
labeling of bacteria of interest
-
Drug
discovery, evaluation and development
-
OncoBriteâ
patents:
US: 6,232,523;
6,235,967; 6,759,038;
6,235,968; 6,251,384; 6,649,159; 6,905,831
Europe:
0979298; 1156833; 1294906
Japan:
3,709,343; 4,021,197
China:
03823937X
Germany:
60137501708
Korea:
10-868200
Australia: 749,338;
2003272221; 2001249297
Canada:
2,289,283; 2,358,439
Numerous worldwide patents pending
-
Contact
Li Tang, Business Development Manager, for OncoBriteâ
licensing, equipment and customized contract research:
all@anticancer.com
UVP iBOX
MetaMouseâ-
ANGIOMOUSEâ
-
Evaluate
and develop new effective drugs for metastasis and angiogenesis
-
Green/Red
fluorescent protein (GFP, RFP) tumor expression for quantitative
functional imaging
-
In
vivo drug discovery and evaluation for tumor growth, metastasis,
angiogenesis
-
Whole-body
functional imaging of drug efficacy on tumor growth, metastasis
angiogenesis, gene expression, tumor cell trafficking
-
Real-time
in vivo visualization of tumor growth, metastasis, angiogenesis, gene
expression
-
More
than 100 GFP/RFP-expressing tumor models available for MetaMouseâ/AngioMouseâ
-
Orthotopic
metastatic MetaMouseâ/AngioMouseâ models
-
All
types of agents can be evaluated: small molecules, proteins, genes
-
In
vivo high-throughput drug screening and evaluation
-
Customized
contract research for all types of drug discovery and evaluation
-
Metastatic
tumor models of cancer cell types
-
Full
license opportunities available
-
Microsurgical
and other technical support from AntiCancer staff
-
Contact
Li Tang, Business Development Manager, for licensing and customized
contract research.
US: 5,491,284;
5,569,812 Reissue RE:39,337
Japan: 2,664,261
Europe: 0437488
HDRAâ
HISTOCULTURE DRUG RESPONSE ASSAY
-
Determination
of best treatment options for individual patients for all solid tumor
types
-
Determination
of optimal treatment for patients for whom there is no standard therapy
-
Screening
of compound libraries for activity on patient human tumors
-
Contact
Li Tang, Business Development Manager, for cancer patient treatment and
contract research:
all@anticancer.com
-
HDRAâ
Patents:
US: 5,424,909;
5,474,909; 5,726,009; 7,252,941
Europe: 714,448;
1,567,672
Japan:
4,336,654
China:
ZL200380108676.2
DERMATEKâ
-
Topical
liposome-based targeting of hair follicle
-
Small
and large molecules can be targeted to hair follicle
-
Toxicity
testing on histocultured full-thickness mouse or human skin.
-
Hair-growth
stimulator and inhibitor drug discovery evaluation and development on histocultured
mouse or human skin.
-
Contact
Li Tang, Business Development Manager, for DermaTekâ
licensing
and contract research:
all@anticancer.com
-
DERMATEKâ
Patents:
US:
5,641,508; 5,646,508;
5,753,263; 5,830,177; 5,849,579; 5,914,126; 5,965,157; 6,080,127; 6,224,901;
6,261,596; 6,399,380; 6,733,776; 6,844,326; 7,556,825; 7,666,675
Japan:
2,950,519; 2,950,520; 3,978,179
China:
ZL02823052.3
Europe:
573,606; 692,972
South Korea:
10-973424
Canada: 2,159,626
Australia:
2002336742, 731,559
ENZYMATIC Homocysteine Assay
TECHNICAL BULLETIN FEATURES
-
Single-enzyme
in vitro diagnostic assay for total homocysteine (tHcy) in plasma
-
Assay
is based on genetically-engineered recombinant homocysteine cleaving
enzyme
-
Excellent
correlation with HPLC
-
High
precision
-
High
throughput with a linear calibration curve
-
No
immunochemical reactions
-
Simplest
and least total homocysteine assay
-
510(k)
cleared
PRINCIPLE OF THE TOTAL ENZYMATIC HOMOCYSTEINE ASSAY
In the Enzymatic Homocysteine Assay, protein-bound tHcy is
first reduced to free Hcy. Genetically-engineered recombinant homocysteinase
(rHCYase) then reacts with the free Hcy to form hydrogen sulfide (H2S),
ammonia, and a-ketobutyrate:
tHcy ------------->
a-ketobutyrate + NH4
+ H2S
rHCYase
H2S then reacts with a proprietary fluorophore to
give a fluorescence or absorption change. For fluorescence, the excitation wavelength is 665 nm and the emission
is at 690 nm. Absorbance can be read
between 660 and 680 nm. The test is
linear from 1 mM to 50 mM. The
Enzymatic Homocysteine Assay has been specifically optimized to minimize any
cross reactivity with cysteine and methionine.
AVAILABILITY
The Enzymatic Homocysteine Assay has 510 (k) FDA clearance
for the Hitachi 912. Kits are now available. Contact Li Tang, Business Development
Manager, at all@anticancer.com
SPECIMEN COLLECTION AND
PREPARATION
EDTA-plasma is recommended for homocysteine determination.
Storage should be at 4°C for short periods.
For longer storage, samples should be kept frozen at -20°C or kept in
3-deazaadenosine. Overnight fasting is
recommended before blood is drawn.
Standardized sampling procedures are crucial.
ENZYMATIC HOMOCYSTEINE ASSAY PATENTS
US: 5,985,540; 5,998,191; 6,066,467; 6,140,102; 6,448,446;
6,468,762; 6,713,273
Japan: 3,337,693
Europe: 1,000,170, 1,265,846; 1,250,448
Australia: 758729; 2001229460
South Korea: 10-0682292
China: ZL98807531.8
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