5 tests Lateral Flow Assay designed for the detection of Human Anti Mouse Antibodies (HAMA) in human serum.
Detail
Name of Product
HAMA – Human Anti Mouse Antibodies Detection Kit
Catalog Number
MQHM Z
Short Info
Lateral Flow Assay designed for the detection of Human Anti Mouse Antibodies (HAMA) in human serum.
This product is only available in the EU!
Method/Platform
Lateral Flow
Range/Assay Sensivity
97%
Test Principle
The HAMA Detection Kit is an immunoassay designed for qualitative determination of Human Anti Mouse Antibodies in human serum.
HAMA from patient’s sample bind first to mouse antibodies which are conjugated to gold nanoparticles.
In a second step the HAMA will be caught by mouse IgG antibodies, coated on the Test Line (T) of the nitrocellulose membrane.
In the presence of the HAMA-conjugat-complex a band becomes visible at the location of the Test Line (T).
The surplus of gold particles continues to migrate through the membrane and is captured at the Control Line (C) by specific antibodies.
Color’s intensitiy of the test line is directly proportional to the HAMA concentration in the sample.
Brief Instructions
Storage
2-8°C
Components
HAMA Test Unit, Chase Buffer, Evaluation Cards
Other Products
Lactose Assay Kit – Sequential/High Sensitivity
Product Info
Document
Product Info
K-LOLAC
SKU: 700004314
65 assays per kit
Content:
65 assays per kit
Shipping Temperature:
Ambient
Storage Temperature:
Short term stability: 2-8oC, Long term stability: See individual component labels
Stability:
> 2 years under recommended storage conditions
Analyte:
Lactose
Assay Format:
Spectrophotometer
Detection Method:
Absorbance
Wavelength (nm):
340
Signal Response:
Increase
Linear Range:
1 to 50 µg of lactose (or 0.50 to 25 µg of D-glucose)
Limit of Detection:
1.62 mg/L
Reaction Time (min):
~ 10 min
Method recognition:
AOAC Method 2020.08
The K-LOLAC test kit offers a rapid, novel, sequential measurement of free-glucose and lactose in conventional, low-lactose and lactose-free dairy products. This sequential assay format reduces the manual input required by an analyst when compared to traditional lactose assay formats and therefore improves both accuracy and efficiency. When used in combination with the Megazyme Creep Calculator provided, the β-galactosidase employed in this kit allows for the selective measurement of lactose in the presence of galacto-oligosaccharides (GOS) which are commonly found in lactose-free dairy products. This constitutes a significant improvement over existing commercially available lactose assay kits which typically overestimate lactose content in lactose-free samples due to the unselective hydrolysis of GOS by β-galactosidase. Lastly, the sensitivity of the K-LOLAC assay kit has been doubled through the use of a cascade biochemical pathway, helping to significantly reduce the LOD and LOQ for the assay.
Compact and stylish designed, the BioShake iQ high-end thermoshaker lets you perform all your standard mixing runs with a minimum of adjustments. The BioShake iQ offers outstanding performance to handle a wide range of applications across biotechnology, pharmaceutical and academic research.
Small. Light. Efficient. Quiet.
For microplates, tubes and glass vials
Fast & high-precision heating
Temperature range: ambient to 99°C
Precise mixing from 200 – 3,000 rpm
Wide range of thermo adapters
Stylish aluminium housing
ADVANCED TECHNOLOGY
Save time.
By combining the mixing operation with the incubation phase, reaction process times and operator workload are reduced and efficiency of many procedures is increased, resulting in a higher throughput.
The first-class finished aluminium housing gives the BioShake iQ its essential functionality. It provides a high amount of security, device stability and ensures a long service life.
GENTLE MIXING OF SAMPLES
By planar orbital motion
German designed and manufactured, BioShake iQ thermoshaker offer an ultra-efficient, 2-dimensional shaking axis so that samples mix completely in a fraction of the time of competing systems.
The mixing orbit of 2.0 mm is always constant. The orbital shaking is precisely controlled, in fact, that you need never spin down your plates after mixing. Even tubes, vials, high density plates, or low sample volumes, offer no obstacle for these precision tools.
Fully adjustable between 200 rpm and 3,000 rpm, well beyond the speeds of most other brands, guarantees fast, splatter-free, mixing for tubes, glass vials or across an entire 384-well microplate.
HOMOGENEOUS HEATING
Using large-area heating source in combination with digital sensor electronic
The BioShake iQ heats from ambient to 99°C in a short time, provides ease of use features, amazing comfort and maximum safety.
Within the BioShake iQ thinnest large-area heating elements and sensors are integrated. During the heat up time the special electronic control system guarantees the same temperature for all vessels with minimal deviations. Temperatures are selectable from ambient temperature to 99°C in steps of 1.0°C. The nominal regulation accuracy is better than ±0.1°C with a uniformity of temperature distribution better than ±0.5°C at 45°C across the heating surface.
Exchangeable thermo adapter plates and thermal blocks enable a perfect adaptation to microplates, tubes or glass vials.
UNIVERSAL SPRING CLAMPS
Suitable for all microplates
In the corners eight spring clamps are inserted for easy fixation of skirted microplates anddeep well plates in SBS format 127.7 x 85.5 mm without an attached adapter. These spring clamps lock the microplate quickly and safely, even at the highest mixing frequencies.
For flexible and deformable PCR plates we recommend using of the related PCR adapter.
Fast mixing processes with frequent plate changes can be performed in the routine as easy and safe.
COMFORT
Simple intuitive operation and programming
The BioShake iQ is operated from the front face of the enclosure which includes touch buttons and a display.
Special buttons for start, stop and storage of time and mixing modes enable the instrument to run complex applications. This opens new points of view on the daily laboratory work and optimizes routine application enormously.
The short mix button allows short and fast mixing in between.
The two line LCD display guarantees simultaneous and safe reading of all programmed and measured parameters as time, mixing frequency and temperature.
EXCHANGABLE THERMO ADAPTERS
For a wide range of applications
The BioShake iQ comes with a variety of standardized and specific adapter plates. The replacement of the adapters are very simple.
Perfect shaped adapters allow an optimal fit for standard tubes, lysis tubes, microplates, glass vials and other sample vessels. An excellent temperature uniformity and homogeneity is guaranteed for all samples.
UNIQUE DESIGN MEETS HIGH-END TECHNOLOGY
First-class finished aluminium housing
Unique and efficient design combined with the most compact housing result in beautiful and well-defined laboratory equipment. Therefore, the first-class finished aluminium housing gives the BioShake iQ its essential functionality. It provides a high amount of security, device stability and ensures a long service life.
Safety of the user and ease of use are clearly a priority.
MADE IN GERMANY
High-end instruments for daily routine
A perfectly harmonious blend of high-tech and handmade. “Made in Germany” has always been a recipe for success for QInstruments. 100% of QInstruments production takes place in Germany.
The focus is on human diligence and on being environmentally friendly. The company upholds its quality guarantee by means of consistent quality management. For more than 15 years these lab automation professionals from Jena have used only high-quality materials to ensure sustainable production, applied innovative thinking and undertaken research in a future-oriented way – all as a matter of course.
Document
For microplates, tubes and glass vials Fast & high-precision heating Temperature range: ambient to 99°C Precise mixing from 200 – 3,000 rpm Wide range of thermo adapters Stylish aluminium housing
RPA/MIRA is used for DNA and RNA nucleic acid templates isothermal amplification , and can be used in the field of molecular detection of viruses, pathogenic bacteria, tissues, cells, etc.
MIRA VS PCR ,MIRA Advantages:
Low and constant temperature, low requirements on instruments
20mins
Only one pair of primers is needed
Fluorescence detection by probe method is also available
High specificity
PCR :Need to control temperature,90 minutes
LAMP:Design three pairs of primers,60minutes,Low specificity
Document
RPA/MIRA is used for DNA and RNA nucleic acid templates isothermal amplification , and can be used in the field of molecular detection of viruses, pathogenic bacteria, tissues, cells, etc.
