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Lateral Flow Antibodies

Lateral flow tests are rapid immunochromatographic tests in strip format. They enable the detection of diverse analytes within just a few minutes. In addition to rapid results and ease of use, the advantages of lateral flow tests are low cost and high validity. Since they can be performed without complex infrastructure, they have versatile applications as point-of-care tests (POCT).
antibodies-online offers a wide range of high quality antibodies suitable for utilization in lateral flow assays. Discover our antibody pairs suitable for lateral flow applications in the table below!

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What is a Lateral Flow Test?

Lateral Flow Assays provide a simple and fast way to test a liquid patient sample, such as blood, urine, serum, saliva, sweat or other fluids, for a specific analyte. The first lateral flow test that entered the market was the Clearblue 1-step test in 1988 as a home test for the detection of the pregnancy hormone. In the past years, the technology has been utilized to great success in detection of infectious diseases, especially SARS-CoV-2.

Antigen Labelled Primary Antibody Primary Antibody Secondary Antibody Test Line (positive) Control Line Test Line Control Line Nitrocellulose Membrane Absorbant Pad Sample Pad Conjugate Pad

Lateral Flow Assay Principle: The test line consists of an antibody specific to a protein or molecule of interest. The sample, which may be a biological extract, is applied to the sample pad. The soluble material migrates through the conjugate pad, releasing detection and control components. Conjugated antibodies that bind the antigen form a conjugated antibody/antigen complex. As the complex migrates further, the antibody coated on the test line captures the complex through an alternate epitope on the antigen, and the labeled antibody imparts a detectable signal. Unbound materials proceed laterally over the control line and finally into the absorbant pad.

How Does a Lateral Flow Immunoassay Work?

Lateral flow tests are another variation of the ELISA in which antigens are immobilized on a strip of cellulose or other suitable matrix. As with other immunological assays, the test method is based on an antigen-antibody reaction.The sample is applied at one end of the strip and any antibodies present diffuse along it until they reach the position where the appropriate antigen is immobilized. Antibodies specific for the antigen bind to and remain at the site of the antigen and are visualized using labeled detection antibody.

What is the Process of Assay Development?

The development of a lateral flow (LF) assay typically involves several key steps. First, the selection of appropriate antibodies or other binding molecules is essential, as they determine the assay's specificity. Next, these biomolecules are conjugated with labels, such as colloidal gold nanoparticles or fluorescent molecules, to enable visual or instrument-based detection. The assay components, including the conjugated biomolecules, sample pad, conjugate pad, membrane, and absorbent pad, are assembled onto a nitrocellulose membrane. Finally, optimization of the assay parameters, such as sample volume, flow rate, and reaction time, is performed to ensure reliable and sensitive detection of the target analyte.

Antibody Selection for LFA Assays

The selection of the appropriate antibody pair is an important step in the development of an LFA. The antigen must be detected with high specificity and sensitivity in an often-heterogeneous sample. Monoclonal antibodies produced from a single B cell show high specificity for a particular epitope on the target and low cross-reactivity. To compensate the lower sensitivity if a mAb is used for capture instead of a poly, multiple mAbs can be combined in an Assay. By capturing different epitopes, the specificity can be increased. Another advantage of mAb is their infinite availability and the possibility to reproduce the antibodies without changes between different batches. They are also better suited for conjugation.

Polyclonal antibodies often have the advantage of being cheaper and having higher affinities for the antigen because they recognize different epitopes. This also allows the recognition of differences in the antigen, e.g. different species, variants or modified proteins. But it also may lead to a higher cross-reactivity, which may be desirable for a family of targets or its metabolites. The disadvantage of pAbs is batch-to-batch variation, as the immune response can vary from animal to animal and from bleed to bleed. The supply of a polyclonal cannot be guaranteed for a lifetime. The antibody must also be highly stable to withstand the various conditions to which it is exposed during the production and storage of the LFA.

antibodies-online offers a wide range of high quality antibodies suitable for utilization in lateral flow assays. The focus of our portfolio lies on antibodies against compounds of the human body as well as various viruses. In addition, we also offer antibodies against fungi and bacteria. Discover our complete portfolio down below or utilize the table of antibody pairs for lateral flow above.
Especially for Lateral Flow Asssay development: Bulk price options available!

Reporter Particles for LFA Assays

The most common label used for visual assays are Gold nanoparticles. For Lateral flow tests, particles of different sizes and shapes can be used. Larger particles can result in a stronger signal and thus increase sensitivity, while at the same time being less likely to pass through the membrane. Particles with a size between 20 nm and 500 nm are therefore optimally suited. The gold surface has a natural affinity for antibodies and other proteins, facilitating the preparation of conjugates.

The traditional method of binding proteins to colloidal gold is the commonly used passive adsorption. By using different forces between molecules and surfaces at a certain pH (e.g. van der Waals and ionic forces) bind antibodies spontaneously the surface of gold nanoparticles. To ensure complete loading of the particles, the antibody is typically added in excess. This has the disadvantage of requiring more antibodies to produce the conjugates

An alternative offers covalent binding of the antibodies to the surface. Carboxyl-functionalized nanoparticles are the recommended choice for establishing covalent connections. Utilizing carbodiimide activation chemistry (EDC/Sulfo-NHS), antibodies can be permanently attached to the surface of colloidal gold that has been modified with carboxyl groups. This surface employs EDC and sulfo-NHS reactive entities to create amide bonds, linking the carboxylic acid on the nanoparticle to the primary amines found in the lysine residues of the antibody or protein. Typically, an IgG antibody contains 80-100 lysine residues, with approximately 30-40 being accessible for EDC/NHS binding. The advantages over passive binding are more stable conjugates, even in harsh conditions. The conjugates are easier to reproduce and less antibody is required. The covalent binding chemistry also allows better control of the antibody-to-particle ratio, which is also important when optimizing the sensitivity of competitive assays. antibodies-online is able to support your lateral flow assay development. The Gold-in-a-Box™ Conjugation Kit enables optimal binding of an antibody/protein to our Naked Gold 20 nm and 40 nm highly concentrated gold sols, while retaining a high degree of specific activity through adjusting the pH of the gold sols to slightly above the isoelectric point of the coating antibody/protein.

Gold Antibody Labeling Kits

Product
Cat. No.
Application
Quantity
Datasheet
Cat. No. ABIN5665095
Application Con
Quantity 18 mL
Datasheet Datasheet
Cat. No. ABIN5665093
Application Con
Quantity 18 mL
Datasheet Datasheet
Cat. No. ABIN5665091
Application Con
Quantity 18 mL
Datasheet Datasheet
Cat. No. ABIN5665097
Application Con
Quantity 44 mL
Datasheet Datasheet
Cat. No. ABIN5665094
Application Con
Quantity 44 mL
Datasheet Datasheet
Cat. No. ABIN5665096
Application Con
Quantity 100 mL
Datasheet Datasheet
Cat. No. ABIN5665092
Application Con
Quantity 100 mL
Datasheet Datasheet

Control Lines for LFA Assays

A reaction must also be detected in the control window in sandwich format (C), independent of the result of the test window (T) ,respectively the presence of the analyte, to ensure that the procedure runs smoothly and the test is performed correctly. The control antibody bound on the pad should be directed against the species from which the primary antibody originates. This secondary antibody binds the conjugated primary antibody, resulting in a visible signal in the control line. If your conjugated primary is derived from mouse, the secondary must be directed against mouse, e.g. a rabbit anti-mouse. Lateral flow tests can be used both qualitatively and quantitatively. This is done by interpreting the band intensity of the analyte using an optical reader.

Controls for LFA Assays

Product
Application
Cat. No.
Datasheet
Application ELISA, IHC, WB, LF
Cat. No. ABIN102001
Datasheet Datasheet
Application ELISA, IHC, WB, FM, IP, LF
Cat. No. ABIN101983
Datasheet Datasheet
Application ELISA, IHC, WB, FACS, FLISA, FM, IP, LF
Cat. No. ABIN101738
Datasheet Datasheet
Application ELISA, IHC, WB, LF
Cat. No. ABIN2669853
Datasheet Datasheet
Application ELISA, IHC, WB, LF
Cat. No. ABIN101875
Datasheet Datasheet
Application ELISA, IHC, WB, LF
Cat. No. ABIN102249
Datasheet Datasheet
Application ELISA, IHC, WB, LF
Cat. No. ABIN101205
Datasheet Datasheet
Application ELISA, LF
Cat. No. ABIN343874
Datasheet Datasheet
Application ELISA, LF
Cat. No. ABIN343875
Datasheet Datasheet

What are the Fields of Application for Lateral Flow Assays?

Lateral flow tests are widely across many industries sectors for point of care testing, including pharma, environmental testing, animal health, food and feed testing, and plant and crop health. As they can be performed by professionals, trained users or even patients, regardless of the equipment, lateral flow immunoassays are of particular value in medical diagnostic. Lateral flow tests are the most used type of rapid diagnostic test, a medical diagnostic test that is quick and easy to perform and used to confirm the presence or absence of a target analyte, such as pathogens or biomarkers in humans or animals. The purpose defines the type of assay which is being utilized:

Sandwich Assay

The sandwich format is commonly used in lateral flow assays when you want to detect a specific target analyte, such as a protein or a biomolecule, that may be present in a sample and if at least two epitopes are available for binding. This format is particularly useful when you have an antibody or another recognition molecule (the capture antibody) that can specifically bind to the target analyte. The sandwich format is advantageous for lateral flow assays because it provides high specificity, allowing for the detection of specific target analytes even in complex samples. One antibody is immobilized at the test line and the second antibody, and a second antibody is conjugated to the nanoparticle. The resulting signal intensity is proportional to the amount of detected analyte in a sample.

Competitive Assay

A competitive format in lateral flow assays is used when you want to detect the presence or concentration of a small target analyte in a sample. For antibiotics or other small molecules, there are often not enough binding sites accessible on the molecule. For this assay format a the analyte is immobilized on the test line and the nanoparticle conjugated antibody will either detect the analyte in the sample are rinsed away (no visible signal=positive result) or bind to the analyte on the test line (visible signal = negative result).

Selection of Lateral Flow Publications Citing antibodies-online

  • Drugs of Abuse: Quantitative Point-of-Care Platform for the Assessment of Drugs of Abuse in Urine, Serum, and Whole Blood using ABIN723246 . 1
  • Pregnancy: Development of a portable Raman/SERS-LFA reader using ABIN2143148 . 2
  • Influenza: Using ABIN573415 to develop a Dual Recognition Element Lateral Flow Assay Toward Multiplex Strain Specific Influenza Virus Detection. 3
  • Bacterial Pathogens: Development of a Point-of-Care Magnetic Focus Lateral Flow Sensor for the Detection and profiling of pathogenic bacteria using ABIN6391433 . 4
  • SARS-CoV-2: Paper-Based Test for Rapid On-Site Screening of SARS-CoV-2 in Clinical Samples using ABIN6990129 . 5
  • Lyme Disease: Development of a multiplexed point-of-care immunodiagnostic assay for antibody detection in human sera made through the vertical stacking of functional paper layers using ABIN964717 . 6

Important Targets in Lateral Flow Assays Development

Infectious Disease Antibody Pairs for Lateral Flow

Capture Antibody 编号 克隆类型 Detection Antibody 编号
anti-Adenovirus 抗体 ABIN7384798 Monoclonal anti-Adenovirus 抗体 ABIN7384799
anti-Adenovirus 抗体 ABIN3027434 Monoclonal anti-Adenovirus 抗体 ABIN3027435
anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN3027436 Monoclonal anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN3027437
anti-Adenovirus 抗体 ABIN7384909 Monoclonal SELF PAIRING
anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN234212 Monoclonal anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN234210
anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN234211 Monoclonal anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN234210
anti-ASFV-p30 抗体 ABIN7384805 Monoclonal anti-ASFV-p30 抗体 ABIN7384807
anti-ASFV-p30 抗体 ABIN7384803 Monoclonal anti-ASFV-p30 抗体 ABIN7384807
anti-ASFV-p30 抗体 ABIN7384807 Monoclonal anti-ASFV-p30 抗体 ABIN7384805
anti-ASFV-p30 抗体 ABIN7384804 Monoclonal anti-ASFV-p30 抗体 ABIN7384805
anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384812 Monoclonal anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384809
anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384808 Monoclonal anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384809
anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384813 Monoclonal anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384808
anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384809 Monoclonal anti-African Swine Fever Virus Pp62 (ASFV Pp62) 抗体 ABIN7384808
anti-Campylobacter 抗体 ABIN7384957 Monoclonal anti-Campylobacter 抗体 ABIN7384956
anti-Campylobacter jejuni 抗体 ABIN3027469 Monoclonal SELF PAIRING
anti-Candida albicans 抗体 ABIN3027484 Polyclonal anti-Candida albicans 抗体 ABIN3027483
anti-Candida albicans 抗体 ABIN3027483 Monoclonal SELF PAIRING
anti-Chlamydia Trachomatis 抗体 ABIN3027501 Monoclonal anti-Chlamydia Trachomatis 抗体 ABIN3027498
anti-Lipopolysaccharides (LPS) 抗体 ABIN572791 Monoclonal anti-Lipopolysaccharides (LPS) 抗体 ABIN572790
anti-Glutamate Dehydrogenase (GDH) 抗体 ABIN7384842 Monoclonal SELF PAIRING
anti-Glutamate Dehydrogenase (GDH) 抗体 ABIN7384971 Monoclonal anti-Glutamate Dehydrogenase (GDH) 抗体 ABIN7384972
anti-Glutamate Dehydrogenase (GDH) 抗体 ABIN7384970 Monoclonal anti-Glutamate Dehydrogenase (GDH) 抗体 ABIN7384972
anti-toxA 抗体 ABIN3027518 Monoclonal anti-toxA 抗体 ABIN3027517
anti-toxA 抗体 ABIN7384846 Monoclonal anti-toxA 抗体 ABIN7384845
anti-toxA 抗体 ABIN7384843 Monoclonal anti-toxA 抗体 ABIN7384844
anti-Clostridium Difficile B Toxin 抗体 ABIN3027519 Monoclonal anti-Clostridium Difficile B Toxin 抗体 ABIN3027520
anti-Clostridium Difficile B Toxin 抗体 ABIN7384849 Monoclonal anti-Clostridium Difficile B Toxin 抗体 ABIN7384850
anti-Clostridium Difficile B Toxin 抗体 ABIN7384847 Monoclonal anti-Clostridium Difficile B Toxin 抗体 ABIN7384848
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384857 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384856
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384859 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384863
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384858 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384856
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384864 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384866
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384864 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384867
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384864 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384865
anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384890 Monoclonal anti-SARS-CoV-2 Nucleocapsid 抗体 ABIN7384889
anti-Cryptosporidium Parvum 抗体 ABIN7384629 Monoclonal SELF PAIRING
anti-DENV NS1 抗体 ABIN3027572 Monoclonal anti-DENV NS1 抗体 ABIN3027573
anti-DENV NS1 抗体 ABIN3027572 Monoclonal anti-DENV NS1 抗体 ABIN3027576
anti-Entamoeba 抗体 ABIN7385010 Monoclonal SELF PAIRING
anti-EV71 抗体 ABIN7385012 Polyclonal SELF PAIRING
anti-Escherichia Coli O157 抗体 ABIN3027593 Monoclonal anti-Escherichia Coli O157 抗体 ABIN3027592
anti-Giardia Lamblia 抗体 ABIN7385542 Monoclonal anti-Giardia Lamblia 抗体 ABIN7385541
anti-Giardia Lamblia 抗体 ABIN3027614 Monoclonal anti-Giardia Lamblia 抗体 ABIN3027613
anti-Giardia Lamblia 抗体 ABIN3027614 Monoclonal anti-Giardia Lamblia 抗体 ABIN3027615
anti-Helicobacter Pylori 抗体 ABIN7384652 Monoclonal anti-Helicobacter Pylori 抗体 ABIN7384650
anti-Helicobacter Pylori 抗体 ABIN7384650 Monoclonal anti-Helicobacter Pylori 抗体 ABIN7384652
anti-Helicobacter Pylori 抗体 ABIN3027621 Monoclonal anti-Helicobacter Pylori 抗体 ABIN7384654
anti-Helicobacter Pylori 抗体 ABIN7384653 Monoclonal SELF PAIRING
Helicobacter Pylori CagA (Hp-CagA) 蛋白 ABIN7385308 SELF PAIRING
anti-Hepatitis B 'e' (HBeAg) 抗体 ABIN7385567 Monoclonal anti-Hepatitis B 'e' (HBeAg) 抗体 ABIN7385566
anti-Hepatitis B 'e' (HBeAg) 抗体 ABIN7385567 Monoclonal anti-Hepatitis B 'e' (HBeAg) 抗体 ABIN7385568
anti-HBSAg 抗体 ABIN7384655 Monoclonal anti-HBSAg 抗体 ABIN7385051
anti-HBSAg 抗体 ABIN7385053 Monoclonal anti-HBSAg 抗体 ABIN7385052
anti-HBSAg 抗体 ABIN7384658 Monoclonal anti-HBSAg 抗体 ABIN7384656
anti-HBSAg 抗体 ABIN3027636 Monoclonal anti-HBSAg 抗体 ABIN3027638
anti-HBSAg 抗体 (Subtype ad/ay) ABIN235343 Monoclonal anti-HbsAg (Ad+Ay) 抗体 ABIN7385578
anti-HbsAg (Ad+Ay) 抗体 ABIN7385575 Monoclonal anti-HbsAg (Ad+Ay) 抗体 ABIN7385576
anti-Hepatitis B Virus 抗体 ABIN7385565 Monoclonal anti-Hepatitis B Virus 抗体 ABIN7385563
anti-Hepatitis B Virus Core Antigen (HBcAg) 抗体 ABIN235315 Monoclonal anti-Hepatitis B Virus Core Antigen (HBcAg) 抗体 ABIN235314
anti-Hepatitis B Virus Core Antigen (HBcAg) 抗体 ABIN235314 Monoclonal anti-Hepatitis B Virus Core Antigen (HBcAg) 抗体 ABIN235315
Hepatitis B Virus E Antigen (HBeAg) protein-VLP (His tag) ABIN7385315 anti-HBSAg 抗体 ABIN7385055
anti-Hepatitis B Virus 抗体 ABIN3027643 Monoclonal SELF PAIRING
Hepatitis C Virus Chimeric Ag 蛋白 ABIN3027324 Hepatitis C Virus Chimeric Ag 蛋白 ABIN3027325
anti-HCV Core Protein 抗体 ABIN7385057 Monoclonal anti-HCV Core Protein 抗体 (AA 33-38) ABIN7385058
anti-HCV Core Protein 抗体 ABIN7385056 Monoclonal anti-HCV Core Protein 抗体 (AA 33-38) ABIN7385058
anti-Hepatitis C Virus (HCV) Core 1a and 2 抗体 ABIN7385585 Monoclonal anti-Hepatitis C Virus (HCV) Core 1a and 2 抗体 ABIN7385586
anti-Hepatitis C Virus (HCV) Core 1a and 2 抗体 ABIN7385586 Monoclonal anti-HCV Core Protein 抗体 (AA 33-38) ABIN7385583
anti-HSV1/2 gD 抗体 ABIN3027654 Monoclonal SELF PAIRING
Immunodeficiency Virus (HIV) Chimeric Ag 蛋白 ABIN3027345 Immunodeficiency Virus (HIV) Ag 蛋白 ABIN3027342
anti-HIV-1 p24 抗体 ABIN3027676 Monoclonal anti-HIV-1 p24 抗体 ABIN3027677
anti-HIV-1 p24 抗体 ABIN3027675 Monoclonal anti-HIV-1 p24 抗体 ABIN3027677
anti-HIV-1 p24 抗体 ABIN3027254 Monoclonal anti-HIV-1 p24 抗体 ABIN7385063
HIV-2 gp36 蛋白 ABIN7385323 HIV 1, 2-Gp36, Gp41, Gp120 蛋白 ABIN7385324
anti-HIV-1 p24 抗体 ABIN7385609 Monoclonal anti-HIV-1 p24 抗体 ABIN7385606
anti-HIV-1 p24 抗体 ABIN7385610 Monoclonal anti-HIV-1 p24 抗体 ABIN7385606
anti-Influenza A Virus 抗体 ABIN3027682 Monoclonal anti-Influenza A Virus 抗体 ABIN3027683
anti-Influenza A Virus 抗体 ABIN3027682 Monoclonal SELF PAIRING
anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385631 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385630
anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385631 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385632
anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385628 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza A Virus) ABIN7385631
anti-Influenza Nucleoprotein 抗体 (Influenza A Virus H1N1) ABIN235630 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza A Virus H1N1) ABIN235631
anti-Hemagglutinin 抗体 ABIN235640 Monoclonal anti-Hemagglutinin 抗体 ABIN235641
anti-Hemagglutinin 抗体 ABIN235651 Monoclonal anti-Hemagglutinin 抗体 ABIN235652
anti-Influenza B Virus 抗体 ABIN3027688 Monoclonal anti-Influenza B Virus 抗体 ABIN3027687
anti-Influenza B Virus 抗体 ABIN7384683 Monoclonal anti-Influenza B Virus 抗体 ABIN7384684
anti-Influenza B Virus 抗体 ABIN7384687 Monoclonal anti-Influenza B Virus 抗体 ABIN7384688
anti-Influenza B Virus 抗体 ABIN7384681 Monoclonal anti-Influenza B Virus 抗体 ABIN7384682
anti-Influenza B Virus 抗体 ABIN7384685 Monoclonal anti-Influenza B Virus 抗体 ABIN7384686
anti-Influenza B Virus 抗体 ABIN3027689 Monoclonal anti-Influenza B Virus 抗体 ABIN3027687
anti-Influenza B Virus 抗体 ABIN3027690 Monoclonal anti-Influenza B Virus 抗体 ABIN3027687
anti-Influenza B Virus 抗体 ABIN7384680 Monoclonal SELF PAIRING
anti-Influenza B Virus 抗体 ABIN3027687 Monoclonal SELF PAIRING
anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385652 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385655
anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385653 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385655
anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385654 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN7385655
anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN235675 Monoclonal anti-Influenza Nucleoprotein 抗体 (Influenza B Virus) ABIN235668
anti-L. Penumophila 抗体 ABIN7384697 Monoclonal anti-L. Penumophila 抗体 ABIN7384698
anti-Listeria Monocytogenes 抗体 ABIN3027702 Monoclonal anti-Listeria Monocytogenes 抗体 ABIN3027704
anti-Listeria Monocytogenes 抗体 ABIN3027702 Monoclonal anti-Listeria Monocytogenes 抗体 ABIN3027703
anti-Mycoplasma Pneumoniae P1 抗体 ABIN7385734 Monoclonal anti-Mycoplasma Pneumoniae P1 抗体 ABIN7385733
anti-HRP2 抗体 ABIN3027262 Monoclonal anti-HRP2 抗体 ABIN3027260
anti-M. Pneumoniae FH 抗体 ABIN7384725 Monoclonal anti-Immunogenic Protein MPT64 抗体 ABIN7384722
anti-M. Pneumoniae FH 抗体 ABIN7384723 Monoclonal anti-Immunogenic Protein MPT64 抗体 ABIN7384722
anti-Parainfluenza 3 抗体 ABIN7385763 Monoclonal anti-Parainfluenza 3 抗体 ABIN7385764
anti-Parainfluenza 3 抗体 ABIN7385764 Monoclonal anti-Parainfluenza 3 抗体 ABIN7385763
anti-Parainfluenza 1 & 3 抗体 ABIN7385761 Monoclonal anti-Parainfluenza Virus Type 1 抗体 ABIN7385759
anti-Parainfluenza Virus Type 2 抗体 ABIN3027776 Monoclonal SELF PAIRING
anti-Parainfluenza Virus Type 3 抗体 ABIN3027778 Monoclonal SELF PAIRING
anti-RSV 抗体 ABIN7384748 Monoclonal anti-RSV 抗体 ABIN7384749
anti-RSV 抗体 ABIN7384750 Monoclonal anti-RSV 抗体 ABIN7384752
anti-RSV 抗体 ABIN7384750 Monoclonal anti-RSV 抗体 ABIN7384751
anti-RSV 抗体 ABIN7384753 Monoclonal SELF PAIRING
anti-RVFV N 抗体 ABIN7384755 Monoclonal anti-RVFV N 抗体 ABIN7384756
anti-RVFV N 抗体 ABIN7384758 Monoclonal anti-RVFV N 抗体 ABIN7384755
anti-RVFV N 抗体 ABIN7384756 Monoclonal anti-RVFV N 抗体 ABIN7384754
anti-RVFV N 抗体 ABIN7384754 Monoclonal anti-RVFV N 抗体 ABIN7384756
anti-RVFV N 抗体 ABIN7384759 Monoclonal anti-RVFV N 抗体 ABIN7384756
anti-RVFV N 抗体 ABIN7384757 Monoclonal anti-RVFV N 抗体 ABIN7384754
RVFV N Protein (His tag) ABIN7385341 anti-RVFV N 抗体 ABIN7384754
anti-Rotavirus (RV) 抗体 ABIN7385808 Monoclonal anti-Rotavirus (RV) 抗体 ABIN7385810
anti-Rotavirus (RV) 抗体 ABIN7385808 Monoclonal anti-Rotavirus (RV) 抗体 ABIN7385809
anti-Rotavirus (RV) 抗体 ABIN3027824 Monoclonal anti-Rotavirus (RV) 抗体 ABIN3027825
anti-Rotavirus (RV) 抗体 ABIN3027823 Monoclonal SELF PAIRING
anti-Streptococcus Group A 抗体 ABIN3027846 Monoclonal SELF PAIRING
anti-Streptococcus Group A 抗体 ABIN3027848 Polyclonal SELF PAIRING
anti-Streptococcus Group A 抗体 ABIN3222234 Polyclonal SELF PAIRING
anti-Streptococci Group B 抗体 ABIN7384762 Polyclonal SELF PAIRING
anti-WSLV-NS1 抗体 ABIN7448317 Monoclonal anti-WSLV-NS1 抗体 ABIN7448320
anti-WSLV-NS1 抗体 ABIN7448318 Monoclonal anti-WSLV-NS1 抗体 ABIN7448320
anti-WSLV-NS1 抗体 ABIN7448319 Monoclonal anti-WSLV-NS1 抗体 ABIN7448320
anti-WNV NS1 抗体 ABIN7384781 Monoclonal anti-WNV NS1 抗体 ABIN7384778
anti-WNV NS1 抗体 ABIN7384778 Monoclonal anti-WNV NS1 抗体 ABIN7384781
anti-WNV NS1 抗体 ABIN7384780 Monoclonal anti-WNV NS1 抗体 ABIN7384781
anti-Rotavirus Capsid Protein 抗体 ABIN7478403 Monoclonal anti-Rotavirus Capsid Protein 抗体 ABIN7478407
anti-Rotavirus Capsid Protein 抗体 ABIN7478403 Monoclonal anti-Rotavirus Capsid Protein 抗体 ABIN7478404
anti-Clostridium Difficile B Toxin 抗体 ABIN7478635 Monoclonal anti-Clostridium Difficile B Toxin 抗体 ABIN7478637
anti-Campylobacter jejuni 抗体 ABIN7478769 Monoclonal SELF PAIRING
anti-Helicobacter Pylori 抗体 ABIN7478729 Monoclonal anti-Helicobacter Pylori 抗体 ABIN7478730
anti-Helicobacter Pylori 抗体 ABIN7478729 Monoclonal anti-Helicobacter Pylori 抗体 ABIN7478731
anti-DENV NS1 抗体 ABIN7478640 Monoclonal anti-DENV NS1 抗体 ABIN7478643
anti-Salmonella Typhimurium Lipopolysaccharide 抗体 ABIN7478700 Monoclonal SELF PAIRING
anti-HSV1/2 gD 抗体 ABIN7478381 Monoclonal anti-HSV1/2 gD 抗体 ABIN7478383
anti-Noro Virus GI Capsid 抗体 ABIN7478830 Monoclonal anti-Noro Virus GI Capsid 抗体 ABIN7478827
anti-Noro Virus GII Capsid 抗体 ABIN7478835 Monoclonal anti-Noro Virus GII Capsid 抗体 ABIN7478833
anti-Entamoeba Histolytica 抗体 ABIN7478546 Monoclonal anti-Entamoeba Histolytica 抗体 ABIN7478547
anti-HSV1/2 gD 抗体 ABIN7478381 Monoclonal anti-HSV1/2 gD 抗体 ABIN7478383
Recombinant anti-S. Pneumoniae Common C-Polysaccharide 抗体 ABIN7478048 Monoclonal Recombinant anti-S. Pneumoniae Common C-Polysaccharide 抗体 ABIN7478047
anti-Vaccinia Virus 抗体 ABIN7478779 Monoclonal anti-VACV A33R 抗体 ABIN7478780
anti-Salmonella Paratyphi A 抗体 ABIN7478701 Monoclonal SELF PAIRING
anti-Salmonella Paratyphi LPS 抗体 ABIN7478702 Monoclonal SELF PAIRING
anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN7385408 Monoclonal anti-Human Adenovirus Hexon (HAdV Hexon) 抗体 ABIN7385410
anti-Chlamydia Trachomatis 抗体 ABIN283201 Monoclonal anti-Chlamydia Trachomatis 抗体 ABIN283202
anti-Giardia Lamblia 抗体 ABIN3027614 Monoclonal anti-Giardia Lamblia 抗体 ABIN3027615
anti-Heartworm 抗体 ABIN3027619 Monoclonal anti-Heartworm 抗体 ABIN3027618
anti-Streptococcus Group A 抗体 ABIN3027846 Monoclonal SELF PAIRING
Treponema Pallidum P17 (Syphilis) 蛋白 ABIN7385983 Treponema Pallidum P17 (Syphilis) 蛋白 ABIN7385988
anti-Plasmodium Vivax 抗体 ABIN2149212 Monoclonal anti-Plasmodium Vivax 抗体 ABIN2149211
anti-HRP2 抗体 ABIN933405 Monoclonal anti-HRP2 抗体 ABIN2148843
anti-Neisseria Gonorrhoeae 抗体 ABIN2147382 Monoclonal anti-Neisseria Gonorrhoeae 抗体 ABIN2147381
anti-HBSAg 抗体 ABIN343856 Monoclonal anti-HBSAg 抗体 ABIN6391427

Hormone Antibody Pairs for Lateral Flow

Capture Antibody 编号 克隆类型 Detection Antibody 编号
anti-Estradiol 抗体 ABIN7385016 Monoclonal Estradiol (E2)-3 protein (BSA) ABIN7385380
Estradiol (E2)-3 protein (BSA) ABIN7385380 anti-Estradiol 抗体 ABIN7385016
Estradiol (E2)-6 protein (BSA) ABIN7385381 anti-Estradiol 抗体 ABIN7385016
anti-Chorionic Gonadotropin, alpha (CGA) 抗体 ABIN235505 Monoclonal anti-CGB 抗体 ABIN235511
anti-CGB 抗体 ABIN235512 Monoclonal anti-CGB 抗体 ABIN235511
anti-CGA 抗体 ABIN7385061 Monoclonal anti-CGB 抗体 ABIN7385062
anti-CGB 抗体 ABIN3027511 Monoclonal anti-CGB 抗体 ABIN3027512
anti-AMH 抗体 (N-Term) ABIN7384925 Monoclonal anti-AMH 抗体 (N-Term) ABIN7384926
anti-AMH 抗体 (N-Term) ABIN7384927 Monoclonal anti-AMH 抗体 (N-Term) ABIN7384928
anti-AMH 抗体 (N-Term) ABIN7384923 Monoclonal anti-AMH 抗体 (N-Term) ABIN7384924
anti-CGB 抗体 ABIN3027511 Monoclonal anti-CGB 抗体 ABIN3027512
anti-LH alpha 抗体 ABIN2146009 Monoclonal anti-LHB 抗体 ABIN2146010
anti-hCG 抗体 ABIN343852 Monoclonal anti-hCG 抗体 ABIN6391426

Cardiac Marker Antibody Pairs for Lateral Flow

Capture Antibody 编号 克隆类型 Detection Antibody 编号
anti-Creatine Kinase MB 抗体 ABIN7448316 Monoclonal anti-Creatine Kinase MB 抗体 ABIN3027538
anti-Creatine Kinase MB 抗体 ABIN3027538 Monoclonal anti-Creatine Kinase MB 抗体 ABIN7448316
anti-D-Dimer 抗体 ABIN7384999 Monoclonal anti-D-Dimer 抗体 ABIN7385000
anti-D-Dimer 抗体 ABIN7385001 Monoclonal anti-D-Dimer 抗体 ABIN7385002
anti-Myoglobin 抗体 ABIN3027265 Monoclonal anti-Myoglobin 抗体 ABIN3027266
anti-Myoglobin 抗体 ABIN7385115 Monoclonal anti-Myoglobin 抗体 ABIN7385116
anti-Myoglobin 抗体 ABIN7385117 Monoclonal anti-Myoglobin 抗体 ABIN7385118
anti-Myoglobin 抗体 ABIN7385115 Monoclonal anti-Myoglobin 抗体 ABIN7385116
anti-Myoglobin 抗体 ABIN7385117 Monoclonal anti-Myoglobin 抗体 ABIN7385118
anti-NT-ProBNP 抗体 (AA 13-27) ABIN3027763 Monoclonal anti-NT-ProBNP 抗体 (AA 39-76) ABIN3027764
anti-NT-ProBNP 抗体 ABIN7385132 Monoclonal anti-NT-ProBNP 抗体 ABIN7385134
anti-NT-ProBNP 抗体 (AA 13-27) ABIN3027762 Monoclonal anti-NT-ProBNP 抗体 (AA 61-76) ABIN3027765
anti-NT-ProBNP 抗体 (AA 27-31) ABIN3027268 Monoclonal anti-NT-ProBNP 抗体 (AA 38-44) ABIN3027269
anti-NT-ProBNP 抗体 (AA 39-76) ABIN3027764 Monoclonal anti-NT-ProBNP 抗体 (AA 13-27) ABIN3027763
anti-IL1RL1 抗体 ABIN7385206 Monoclonal anti-IL1RL1 抗体 ABIN7385207
anti-Troponin Complex 抗体 (AA 24-40) ABIN7385226 Monoclonal anti-Troponin Complex 抗体 (AA 41-49) ABIN7385227
anti-Troponin I 抗体 (AA 41-49) ABIN3027884 Monoclonal anti-Troponin I 抗体 (AA 83-93) ABIN3027886
anti-Troponin Complex 抗体 (AA 41-49) ABIN7385227 Monoclonal anti-Troponin Complex 抗体 (AA 24-40) ABIN7385226
anti-Troponin Complex 抗体 (AA 83-95) ABIN7385228 Monoclonal anti-Troponin Complex 抗体 (AA 41-49) ABIN7385227

Drugs of Abuse Antibody Pairs for Lateral Flow

Capture Antibody 编号 克隆类型 Detection Antibody 编号
Benzodiazepine (Oxazepam)-BSA Antigen ABIN3027394 anti-Oxazepam 抗体 ABIN3027457
Clonazepam-BSA Antigen ABIN3027065 anti-Clonazepam 抗体 ABIN3027513
Fentanyl-BSA Antigen ABIN3027099 anti-Fentanyl 抗体 ABIN3027604
Ketamine-BSA Antigen ABIN3027124 anti-Ketamine 抗体 ABIN3027694
anti-Methamphetamine 抗体 ABIN3027728 Monoclonal Methamphetamine-BSA (lower haptens) Ag ABIN3027405
Methamphetamine-BSA Antigen ABIN3027142 anti-Methamphetamine 抗体 ABIN3027729
Methamphetamine-BSA Antigen ABIN3027143 anti-Methamphetamine 抗体 ABIN3027729
Methamphetamine-BSA (higher haptens) Ag ABIN3027404 anti-Methamphetamine 抗体 ABIN3027728
Methamphetamine-BSA (lower haptens) Ag ABIN3027405 anti-Methamphetamine 抗体 ABIN3027728
Benzodiazepine (Oxazepam)-BSA Antigen ABIN3027394 anti-Oxazepam 抗体 ABIN3027457
Clonazepam-BSA Antigen ABIN3027065 anti-Clonazepam 抗体 ABIN3027513

Veterinary Antibody Pairs for Lateral Flow

Capture Antibody 编号 克隆类型 Detection Antibody 编号
anti-Growth Hormone 1 抗体 ABIN7384820 Monoclonal anti-Growth Hormone 1 抗体 ABIN7384819
anti-Growth Hormone 1 抗体 ABIN7384818 Monoclonal anti-Growth Hormone 1 抗体 ABIN7384819
anti-Growth Hormone 1 抗体 ABIN7384821 Monoclonal anti-Growth Hormone 1 抗体 ABIN7384818
anti-Growth Hormone 1 抗体 ABIN7384819 Monoclonal anti-Growth Hormone 1 抗体 ABIN7384818
anti-Feline Calicivirus 抗体 ABIN7384823 Monoclonal anti-Feline Calicivirus 抗体 ABIN7384822
anti-Feline Calicivirus Capsid 抗体 ABIN7384946 Monoclonal SELF PAIRING
anti-Canine Coronavirus 抗体 ABIN7384891 Monoclonal SELF PAIRING
anti-Canine Distemper Virus (CDV) 抗体 ABIN7384637 Monoclonal anti-Canine Distemper Virus (CDV) 抗体 ABIN7384638
anti-Canine Distemper Virus (CDV) 抗体 ABIN3027581 Monoclonal anti-Canine Distemper Virus (CDV) 抗体 ABIN3027580
anti-Canine Distemper Virus (CDV) 抗体 ABIN7384638 Monoclonal anti-Canine Distemper Virus (CDV) 抗体 ABIN7384636
anti-Canine Distemper Virus (CDV) 抗体 ABIN7384636 Monoclonal anti-Canine Distemper Virus (CDV) 抗体 ABIN7384638
anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384644 Monoclonal anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384642
anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384642 Monoclonal anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384641
anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384643 Monoclonal anti-Foot-and-Mouth Disease (FMDV), Serotype O1 抗体 ABIN7384641
anti-Haptoglobin 抗体 ABIN7384647 Monoclonal SELF PAIRING
anti-Haptoglobin 抗体 ABIN7384645 Monoclonal anti-Haptoglobin 抗体 ABIN7384646
anti-Heartworm 抗体 ABIN3027619 Monoclonal SELF PAIRING
anti-PNLIP 抗体 ABIN7384740 Monoclonal anti-PNLIP 抗体 ABIN7384741
anti-PNLIP 抗体 ABIN7384738 Monoclonal anti-PNLIP 抗体 ABIN7384739
anti-Canine Parvovirus 抗体 ABIN7384744 Monoclonal anti-Canine Parvovirus 抗体 ABIN7384743
anti-Canine Parvovirus 抗体 ABIN7385140 Monoclonal anti-Canine Parvovirus 抗体 ABIN7385141
anti-Feline Parvovirus 抗体 ABIN7385144 Monoclonal anti-Feline Parvovirus 抗体 ABIN7385145
anti-Feline Parvovirus 抗体 ABIN7385142 Monoclonal SELF PAIRING
anti-Progesterone 抗体 ABIN7384745 Monoclonal Progesterone Protein (BSA) ABIN7448321
anti-Progesterone 抗体 ABIN7384746 Monoclonal Progesterone Protein (BSA) ABIN7448321
anti-SAA 抗体 ABIN7385191 Monoclonal anti-SAA 抗体 ABIN7385189
anti-SAA 抗体 ABIN7385189 Monoclonal anti-SAA 抗体 ABIN7385191
anti-SAA 抗体 ABIN7385190 Monoclonal anti-SAA 抗体 ABIN7385191
anti-SAA 抗体 ABIN7385186 Monoclonal SELF PAIRING
anti-SAA 抗体 ABIN7385185 Monoclonal SELF PAIRING
anti-SAA 抗体 ABIN7385192 Monoclonal SELF PAIRING
anti-SAA 抗体 ABIN7385192 Monoclonal SELF PAIRING
anti-Testosterone 抗体 ABIN7384764 Monoclonal Testosterone-3 蛋白 ABIN7385382
anti-Testosterone 抗体 ABIN7384765 Monoclonal Testosterone-3 蛋白 ABIN7385382
anti-Canine Distemper Virus (CDV) 抗体 ABIN3027581 Monoclonal anti-Canine Distemper Virus (CDV) 抗体 ABIN3027580
anti-Canine Parvovirus 抗体 ABIN7385140 Monoclonal anti-Canine Parvovirus 抗体 ABIN7385141
anti-Rotavirus (RV) 抗体 ABIN7385808 Monoclonal anti-Rotavirus (RV) 抗体 ABIN7385810

Cancer/Serum Proteins Lateral Flow Antibody Pairs

Capture Antibody 编号 克隆类型 Detection Antibody 编号
anti-Calprotectin 抗体 ABIN7384954 Monoclonal anti-Calprotectin 抗体 ABIN7384955
anti-Calprotectin 抗体 ABIN7384953 Monoclonal SELF PAIRING
anti-CRP 抗体 ABIN7384625 Monoclonal anti-CRP 抗体 ABIN7384627
anti-CRP 抗体 ABIN7384624 Monoclonal anti-CRP 抗体 ABIN7384623
anti-CRP 抗体 ABIN7384623 Monoclonal anti-CRP 抗体 ABIN7384624
anti-CST3 抗体 ABIN1684481 Monoclonal anti-CST3 抗体 ABIN1684480
anti-Fatty Acid Binding Protein 抗体 ABIN7385019 Monoclonal anti-Fatty Acid Binding Protein 抗体 ABIN7385020
anti-Ferritin, Spleen 抗体 ABIN235146 Monoclonal anti-Ferritin, Spleen 抗体 ABIN235145
anti-Ferritin, Spleen 抗体 ABIN235146 Monoclonal anti-Ferritin 抗体 ABIN235142
anti-Ferritin, Spleen 抗体 ABIN235146 Monoclonal anti-Ferritin 抗体 ABIN235143
anti-Ferritin, Spleen 抗体 ABIN235146 Monoclonal anti-Ferritin, Spleen 抗体 ABIN235145
anti-Ferritin, Spleen 抗体 ABIN235146 Monoclonal anti-Ferritin 抗体 ABIN235142
anti-Ferritin 抗体 ABIN7385029 Monoclonal anti-Ferritin 抗体 ABIN7385030
anti-Ferritin 抗体 ABIN7385030 Monoclonal anti-Ferritin 抗体 ABIN7385031
anti-FPA 抗体 ABIN235161 Monoclonal anti-Fibrinogen 抗体 ABIN235156
anti-Haptoglobin 抗体 ABIN7385036 Monoclonal anti-Haptoglobin 抗体 ABIN7385037
anti-Hemoglobin 抗体 ABIN7385048 Monoclonal anti-Hemoglobin 抗体 ABIN7385047
anti-Hemoglobin 抗体 ABIN7385043 Monoclonal anti-HbA1c 抗体 ABIN7385039
anti-Hemoglobin 抗体 ABIN3027626 Monoclonal anti-Hemoglobin 抗体 ABIN7385046
anti-HbA1c 抗体 ABIN7385041 Monoclonal anti-HbA1c 抗体 ABIN7385040
anti-HbA1c 抗体 ABIN7385042 Monoclonal anti-HbA1c 抗体 ABIN7385040
anti-Hemoglobin 抗体 ABIN7385043 Monoclonal anti-HbA1c 抗体 ABIN7385039
anti-Insulin 抗体 ABIN235689 Monoclonal anti-Insulin 抗体 ABIN235690
anti-PLA2G7 抗体 ABIN7385092 Monoclonal anti-PLA2G7 抗体 ABIN7385091
anti-Total Prostate Specific Antigen (tPSA) (Domain 4) 抗体 ABIN349894 Monoclonal anti-Prostate Specific Antigen 抗体 (Whole Molecule) ABIN236197
anti-alpha Fetoprotein 抗体 ABIN7384921 Monoclonal anti-alpha Fetoprotein 抗体 ABIN7384920
anti-Pepsin 抗体 ABIN7385147 Monoclonal anti-Pepsin 抗体 ABIN7385146
anti-Pepsinogen A 抗体 ABIN7385150 Monoclonal anti-Pepsinogen A 抗体 ABIN7385151
anti-Pepsinogen A 抗体 ABIN7385148 Monoclonal anti-Pepsinogen A 抗体 ABIN7385149
anti-PGC 抗体 ABIN7385152 Monoclonal anti-PGC 抗体 ABIN7385153
anti-CA242 抗体 ABIN7384829 Monoclonal SELF PAIRING
anti-Prostate Specific Antigen 抗体 ABIN6391435 Monoclonal anti-Prostate Specific Antigen 抗体 ABIN6391436
anti-Hemoglobin 抗体 ABIN6391430 Monoclonal anti-Hemoglobin 抗体 ABIN343887

References

  1. Li, Uddayasankar, He, Wang, Qin: "Fast, Sensitive, and Quantitative Point-of-Care Platform for the Assessment of Drugs of Abuse in Urine, Serum, and Whole Blood." in: Analytical chemistry, Vol. 89, Issue 16, pp. 8273-8281, (2019) (PubMed).
  2. Ren, Ahmad, Irudayaraj: "16S rRNA Monitoring Point-of-Care Magnetic Focus Lateral Flow Sensor." in: ACS omega, Vol. 6, Issue 16, pp. 11095-11102, (2021) (PubMed).
  3. Ren, Irudayaraj: "Paper-Based Test for Rapid On-Site Screening of SARS-CoV-2 in Clinical Samples." in: Biosensors, Vol. 11, Issue 12, (2022) (PubMed).
  4. Le, Chang, Benton, McCauley, Iqbal, Cass: "Dual Recognition Element Lateral Flow Assay Toward Multiplex Strain Specific Influenza Virus Detection." in: Analytical chemistry, Vol. 89, Issue 12, pp. 6781-6786, (2019) (PubMed).
  5. Tran, Walkenfort, König, Salehi, Schlücker: "Rapid, Quantitative, and Ultrasensitive Point-of-Care Testing: A Portable SERS Reader for Lateral Flow Assays in Clinical Chemistry." in: Angewandte Chemie (International ed. in English), Vol. 58, Issue 2, pp. 442-446, (2020) (PubMed).
  6. Joung, Ballard, Ma, Tseng, Teshome, Burakowski, Garner, Di Carlo, Ozcan: "Paper-based multiplexed vertical flow assay for point-of-care testing." in: Lab on a chip, Vol. 19, Issue 6, pp. 1027-1034, (2019) (PubMed).
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