infectious disease research is easy, safe, and economical with remote microsampling

Get instant access to our resource bundle and learn how others are using Mitra® devices with VAMS® technology and remote specimen collection to study SARS-CoV-2, influenza, and other infectious diseases, and the drugs that treat them.

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Infectious Disease Research Bundle

studies show that our microsampling devices are effective in infectious disease research

Our Infectious Disease Resource Bundle will help you easily adopt a new, remote approach to sample collection that enables research studies and clinical trials to occur at-home, in the field, or in locations without clinically trained staff. Mitra® devices with VAMS® technology provide simple precision for remote microsampling and efficient, automated lab processing. Learn how the National Institutes of Health (NIH), Swiss Tropical Institute, LGC Group, and other organizations are deploying remote microsampling with Mitra® devices globally.

Seroprevalence / Serosurveillance

Neutralizing Antibodies

Viral Antigens

Vaccine & Drug Clinical Trials

Cytokines / Biomarkers

Tropical Medicine Research

Seroprevalence / Serosurveillance

Seroprevalence - SerosurveillanceSource/Credit: NIBIB/NIH. Nature Communications. Volume 12, Article number: 113 (2021

Mitra® remote microsampling devices are extremely well-suited for both small and large-scale serology studies. Research provided in our resource bundle illustrates:

  • > 99% Mitra sampling success rate in studies with thousands of remote participants
  • Assays compatible with Mitra samples with 100% sensitivity and 100% specificity with high confidence intervals
  • Ability to detect IgG, IgM, IgA from whole blood Mitra samples
  • Immunoassay methodology for Roche Elecsys®, Luminex, Quanterix Simoa®, and more  

Access our Resource Bundle for all these details plus insight into a multiplex assay that uses Mitra devices to simultaneously measure >30 strains of influenza.


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Neutralizing Antibodies

Neutralizing-AntibodiesCredit: Christopher Barnes and Pamela Bjorkman, California Institute of Technology, Pasadena.

Accurate measurement of antibody levels is critical for understanding both natural and vaccine-induced immunity. Antibody and immunity studies will inform "immunity passports," facilitating a return to school, work, and other activities. These studies benefit from remote microsampling. Mitra microsamples are quantitative and precise (RSD < 4%), enabling the reporting of specific titer levels. Data within our resource bundle shows:

  • Feasibility of using Mitra for measuring total IgG in a multi-plex assay
  • Very high correlations of Mitra samples to plasma/serum samples              nucleocapsid (R2 = 0.9957), RBD (R2 = 0.9929), & spike (R2 = 0.9918) proteins

Read all about this data and more in our Infectious Disease Research Resource Bundle and access the relevant literature for more insights.

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Viral Antigens

viral antigen-1Source/Credit: Quanterix.

Antigen detection is commonly performed using a nasal and/or throat swab. This specimen collection method can be extremely uncomfortable, and can result in a high number of false negatives. Quanterix conducted research in an effort to expand the specimen collection and testing options available, recently publishing a their study paper in Nature Communications demonstrating:  

  • How to measure viral protein from Mitra blood samples with Simoa® technology
  • Equivalent sensitivity to nasal swab/PCR for SARS-CoV-2 detection
  • Plasma and Mitra extracts were highly correlative (R2 = 0.9924)

This paper, included in our Resource Bundle, suggests that both antibody and antigen detection can be conducted from one Mitra device using the same instrument platform for a more comprehensive study of infectious diseases. 

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Vaccine & Drug Clinical Trials


Mitra® remote specimen collection delivers tremendous value in clinical trials, including accelerated recruitment, increased diversity, and improved retention. Researchers at leading pharmaceutical / biopharmaceutical organizations are using Mitra devices to: 

  • Investigate if existing therapies, such as hydroxychloroquine, can prevent and/or suppress SARS-CoV-2 transmission
  • Monitor the immune response and safety of vaccines in Phase I - IV trials
  • Develop highly stable assays compatible with Mitra samples
  • Achieve strong correlations (>R2 = 0.93) between traditional samples & dried Mitra samples for measuring drug concentrations of antivirals, antibiotics, etc. 
  • Economically ship dried Mitra samples to a central reference lab / CRO

Download our Resource Bundle to dig into the details regarding the above. The bundle gives you access to lessons learned from conducting internet-based randomized clinical trials during a global pandemic, and other insights. 

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Cytokines / Biomarkers 

cytokines edited 2Credit: DropBio Pty Ltd (data provided as a courtesy prior to publication)

Researchers investigate cytokines and other biomarkers as early predictors of severe Covid-19 illness. They are hopeful at the prospect of earlier identification and intervention of patients at high risk for severe Covid-19 and other infections. Data included in our Resource Bundle illustrates that the following is possible with Mitra devices:

  • Quantification of 27 individual proteins from one Mitra sample, mostly cytokines and adipokines, using multiplex immunoassays and ELISAs for CRP and Leptin
  • Cytokines, including IL-6 and IL-1b, can be extracted and quantified from a single sample that has been self-collected by a study participant at home

Learn more by reading our news articles, including the one titled, cytokines as predictive biomarkers of severe COVID-19: could at-home sampling be helpful? 


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Tropical Medicine Research


Collecting biological specimens in low-resource areas to study tropical diseases is difficult and expensive. Mitra devices offer a convenient, reliable, and cost-effective solution to these issues. Mitra devices with VAMS tips also overcome the drying and analytical bias issues encountered with dried blood spot cards. Leading research institutions specializing in tropical medicine prefer Mitra collection for a variety of research projects, such as:

  • Pediatric study of voriconazole to treat fungal infections (≥ 94% recovery; 1 month stability @ -20°C)
  • PK study of albendazole for hookworm infected adolescents in Ivory Coast with strong correlation between plasma and Mitra samples 

Read our Infectious Disease Resource Bundle for additional insights on how to implement remote MItra microsampling in tropical medicine. 

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remote microsampling modernizes infectious disease research

As the Coronavirus Pandemic spread around the globe in 2020, we saw accelerated adoption of Mitra® devices and VAMS® technology for remote microsampling studies. With entire countries in lockdown, researchers realized it was time to fully embrace remote studies, decentralized trials, and virtual models. You can offer remote specimen collection to help people avoid exposure to contagions while they contribute to science. 

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why use microsampling to study diseases?

Leaders in infectious disease research use microsampling in innovative ways, from remote vaccine studies to drug trials for effective therapies.

Reliable Samples

  • Serology samples provide reliable data on previous exposure, antibodies & immunity
  • Mitra® devices deliver quality samples of precise volume (< 4% RSD)

User Friendly

  • Remote studies allow volunteers to participate safely and easily from home
  • Mitra® devices are easy to use: touch the tip to a drop of bio-fluid & it rapidly absorbs

Simple Logistics

  • During a crisis, you must gather & ship high-quality samples quickly and easily
  • Mitra® microsamples remain stable when mailed: no cold-shipping or freezer storage


  • No need to invest in new equipment for processing Mitra® microsamples
  • You save on shipping & processing costs: use standard 96-well format with Mitra®


  • Mitra® devices with VAMS® technology have been validated in 150+ published studies
  • VAMS® technology enables successful method development and accurate assays

Reliable Data

  • Volumetric microsampling on Mitra® devices generates precise & quantitative data
  • Devices and kits are labeled with scannable barcodes to ensure chain of custody

Mitra devices with VAMS technology deliver on the promise of microsampling with simplicity and precision ... Start your volumetric microsampling study today!

we are proud of these microsampling leaders and innovators in infectious disease research

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hear what our customers say about Mitra® with VAMS® microsampling

In the US, use of the Mitra device with blood is limited to research and non-diagnostic applications for COVID-19, unless an EUA has been granted.
In many countries outside the US, the Mitra device is approved as a remote blood sample collection device for some clinical applications, as referenced in some of this content. 

The strong correlation between anti-RBD IgG and mAbs, combined with the demonstration in this study and by others that anti-RBD can reliably be measured from dried blood finger-prick samples, provides feasibility for future SARS-CoV-2 immunokinetic studies that incorporate RBD-IgG-based assays.”

— Alana Whitcombe, PhD candidate & scientist, Auckland University, New Zealand

The NIH ELISA-based serology protocol using Mitra® microsampling devices with VAMS® technology from Neoteryx gives all scientists a reliable method for identifying SARS-CoV-2 raised antibodies in blood microsamples with amazing specificity, which is critical during the coronavirus pandemic.”

— James Rudge, PhD, Technical Director, Neoteryx, USA  

Our COVID-19 assay is suitable for partnering with employers for back to work testing using the self-sampling Mitra® device, and therefore does not require a phlebotomist to take the blood sample in a healthcare setting.”

– Michael van der Merwe, Commercial Director, LGC, United Kingdom 

Researchers have considerable experience using these at-home blood collection kits to track the spread of other infectious diseases like influenza, and this method is safe, effective and easy-to-use. With a small finger-prick, volunteers can help scientists fight COVID-19 from their homes."

– Kaitlyn Sadtler, PhD, Study Lead and Section Chief, Immunoengineering at NIBIB, National Institutes of Heath (NIH)

"[During the pandemic] we haven't been able to collect samples in person for our studies, so remote microsampling has enabled us to run studies when we were otherwise shut down. It also enables us to collect longitudinal samples from a large number of subjects across a range of geographies."  

– Dr. Michael Snyder, The Snyder Lab, Stanford Medicine 

from decentralized research and clinical trials to remote monitoring, the future of specimen sampling is here

Safer, Simpler, Smarter, and More Convenient.

Download Our Infectious Disease Research Bundle!

Learn about the assays used, challenges overcome, and data gathered.