the microsampling blog

In some territories, which are listed in our website footer, our microsampling devices are supplied for therapeutic or IVD use as referenced in some of our content. Outside of those territories our devices are supplied for research use only (RUO).

stability of monoclonal antibody drugs on VAMS

capillary blood microsampling to measure monoclonal antibody drugs

variances in DBS observed for neonatal screening

measuring Covid-19 immunity in children with mitochondrial diseases

SARS-CoV-2 serology assays validated for DBS & serum samples

microsampling to measure tamoxifen for breast cancer TDM

preclinical measurement of PK curves of anticancer drugs using VAMS

remote microsampling to monitor children with organ transplants

microsampling to measure tryptophan-related biomarkers

remote sampling for kidney transplant TDM in India

measurement of steroids in sports doping using VAMS

measuring tranexamic acid from microsamples to control hemorrhage

quantifying Covid-19 antibodies in blood & saliva using SIMOA

methotrexate TDM using whole blood microsamples

rosuvastatin found to be stable for 10 days on VAMS

microsampling for TDM of antidepressants in neurodegenerative diseases

using genetic profiling to verify identity of remote samples

microsampling for adherence testing of antipsychotics

extracting analytes from microsamples using green chemistry approaches

dynamic measurement of metabolic profiles from hemaPEN microsamples

identification of natural SARS-CoV-2 in vaccinated workers

using VAMS microsampling for mercury biomonitoring

microsampling to measure anticancer drugs and their metabolites

microsampling research: analytes that are challenging to measure from dried blood

microsampling to measure mAbs in children with inflammatory bowel disease

dried sampling feasibility for Group A strep serology, vaccine research

research of CBD treatment in pediatrics using VAMS

using VAMS to measure the alcohol abuse biomarker PEth

using VAMS to measure drug level and renal function

monitoring mycotoxin exposure using VAMS

clinical trial: bridging between VAMS and traditional samples

Using LC-MS/MS to measure mAbs from VAMS extracts

Inventor Spotlight: Mitra devices with VAMS for microsampling

VAMS dried urine samples for measuring antimalarial levels

VAMS method measures MEK1/2 inhibitor for PK studies

VAMS to measure cannabinoids in pediatric studies

microsampling in education: training pharmacy students

Holmes Trial Verdict: Lessons Learned from the Fall of Theranos

pediatric research can be done remotely

VAMS for monitoring tyrosine kinase inhibitors

top 5 microsampling questions

using Mitra to solve sample extraction, stability & hematrocrit biases

Mitra for measuring tacrolimus in transplant recipients in Norway

microsampling to differentiate type 1 vs type 2 diabetes

analyzing dried urine microsamples from athletes

using Mitra with VAMS to monitor steroid hormones

choosing the best method for specimen collection

Mitra and DBS used in EPO transgene doping detection

What is serology research and why are blood samples important?

Using VAMS to understand SARS-CoV-2, HCoV immunity

sample storage factors when using dried microsamples

serology research: using capillary vs. venous blood samples

research in low-resource regions is feasible with microsampling

studying infants & children is easier with microsampling

Who benefits from fingerstick microsampling?

sample collection & transport for infectious diseases

When is dried saliva sampling useful?

anti-doping in drug screening: how it works

dried urine sampling is a good choice for delivering data

how is antibody testing useful in the COVID-19 pandemic?

dried urine microsampling for toxicology urinalysis

reopening? offer SARS-CoV-2 antibody screening for optimal safety

saliva microsampling: lessons from COVID-19

pediatric clinical trials: microsampling gives kids a better experience

infectious diseases & Covid-19: neutralizing antibodies examined

which method of urine collection is best for urinalysis?

COVID-19 & workplace safety: vaccines & antibodies

how remote microsampling supports virtual clinical trials and cuts costs

saliva microsampling provides valuable data in research & beyond

new terms for remote research, virtual trials and monitoring

things to consider when pivoting to remote research studies

offer your study volunteers remote specimen collection

clinical trials go virtual with remote specimen collection

2 solutions overcome the 6 top objections to clinical trials

how microsampling improves clinical research

a precise device for remote specimen collection in population surveys

a startup makes it easy for labs to get remote microsamples

how therapeutic drug monitoring helps mental health treatment

Europe's health and wellness boosted by home health monitoring devices

how virtual clinical trials help with volunteer recruitment & retention

5 healthcare trends investors will be watching in 2021

why drug and alcohol testing are important

therapeutic drug monitoring for methadone maintenance programs

using VAMS® in the battle to fight COVID-19

new year, new perceptions of virtual healthcare

5 common ways to test for drugs and alcohol

what diseases can be identified through blood sampling?

younger generations want patient-centric, preventative healthcare at home

heavy metal toxicity and heavy metal exposure testing: what you should know

workplace safety and occupational exposure testing

can a maternal fetal blood test prevent pre-eclampsia?

can a blood test for Alzheimer's disease provide clues for a cure?

how fingerstick blood testing is changing healthcare

the enormous power of remote specimen collection

what is the shelf life of blood and journey of a blood sample?

can you find your genetic make-up using remote blood sampling?

why use dried blood tests vs. wet blood tests?

coronavirus & blood type: does it influence your COVID-19 immunity?

7 wellness tests that are possible with dried blood samples

can a blood test provide clues to strengthen your immune system?

virtual clinical trials with remote sampling are trending

blood tests are critical to immunosuppressive therapy

5 reasons why at-home blood sample collection is the new normal

4 hot trends in the evolution of healthcare in 2020

concierge medicine: challenges, changes and controversies in 2020

5 points to consider when reopening your medical practice or clinic

4 steps you should follow when reopening your research lab

cytokines as predictive biomarkers of severe COVID-19: could at-home sampling be helpful?

mobile phlebotomy vs. patient-managed blood collection: pros and cons

why are antibodies critical in our battle against COVID-19?

at-home blood collection for laboratory testing: how it works

humanizing animal studies with less invasive microsampling methods

SARS-CoV-2 antibodies: 3 classes of tests...which is most useful?

immunoassays: extractions you can use with dried samples

how labs can use remote blood sampling during stay at home orders

NHS ‘Count on Me’ program helps pediatric transplant patients self-manage blood draws at home

did you know? you can draw your own blood at home

coronavirus tests and studies are underway using at-home collection kits

neoteryx launches new podcast featuring key leaders in microsampling

hydroxychloroquine to treat COVID-19: at-home specimen collection examined

fast, accurate clinical trial monitoring with remote sampling

is the U.S. 'remotely prepared' for coronavirus (COVID-19)?

5 tips for expediting clinical trial recruitment in 2021

what the coronavirus means for contract research organizations?

viral infection and immunity: the promise of remote sampling

monitoring immunosuppressive drugs: 5 benefits of remote sampling

understanding pharmacokinetics in a modern world

monitoring immunosuppressive agents: 3 advances you should know about

why are immunosuppressive therapy drugs on the rise?

join the blood microsampling revolution

immunosuppressive therapy drugs: what lab managers need to know

therapeutic drug monitoring immunosuppressants: microsampling benefits

immunosuppressant therapy monitoring: an overview

smarter, simpler immunosuppressant monitoring: the promise of capillary blood microsampling innovation

blood microsampling brings quantification to anti-doping research

microsampling in pharmaceutical drug discovery and development: the patient-centric approach

smarter monitoring for PEth: new dimensions in alcohol testing

5 remote patient monitoring devices and the future of healthcare

5 considerations for the application of microsampling in drug discovery

6 big challenges in clinical trial operations

the dried blood sampling landscape: Michele Protti, PhD, on microsampling

7 podcasts about molecular research

microsampling in proteomics: mass spec, multiplexed protein biomarkers

8 steps to implement a telemedicine program

low-resourced regions: microsampling makes research simpler

using a remote monitoring device to monitor cardiovascular biomarkers

get your lab off the reimbursement treadmill

global clinical trials: best practices

how I-MITOX does toxicology screening differently

how to order a blood test without seeing a doctor

capillary blood sampling applications in health and wellness

remote specimen collection for vulnerable patient populations

vitamin d blood biomarkers: a brief introduction

microbiome biomarkers: what’s going on in your gut?

microsampling and exciting cardiovascular research

AKU, NTBC, and VAMS®: fighting a rare metabolic disease

how neoteryx supports microsampling research

microsampling in medtech: a brief introduction

microsampling in clinical trials: 6 things you may not know

clinical trials: how dangerous are they?

fast, accurate and remote tacrolimus blood level monitoring

tacrolimus monitoring: how to improve your patients' experience

cannabis and capillary blood: a new testing landscape

[WEBINAR REPLAY] the science of smarter sampling for drug development

the use of Mitra for phase 2b/phase 3 clinical trials for padsevonil

4 clinical trial recruitment strategies

new comfort and convenience for clinical trials

how blood microsampling fits into the drug development process

consumer blood testing: life after theranos

blood microsampling bioanalysis: extraction methods examined

the promise of personalized medicine revealed

clinical trials: 5 recent regulatory changes you should know about

remote microsampling: one breakthrough, many applications

are you ready for MIPS and MACRA? 3 survival tips

what is a patient centered medical home model (PCMH model)?

clinical trials: the challenge of subject retention

blood microsampling in pharma, clinical trials, and drug development: a smarter, simpler future

VAMS™ and AEDs: an exciting new LC-MS/MS method

clinical trials: the challenge of volunteer recruitment

tomorrow’s clinical trials, today: 5 innovations transforming pharma

[VIDEO] smarter, simpler blood collection: microsampling innovation in action

VAMS meets PEth: changing the conversation around alcohol testing

what is microsampling? applications in translational research

how to collect a specimen sample at home

call to adventure: an interview with joe doherty of hsx antarctica

better living through microsampling: applications in health & wellness

the hunt for biomarkers: microsampling in omics

pomegranate and kidney transplant: what to expect post operation

how capillary blood microsampling is changing addiction recovery

microsampling in action: Altasciences dried sample storage solution

self-monitoring: a medication adherence solutions

realizing the promise of personalized medicine

the future of patient monitoring: what's now, what's next

how to make patient monitoring smarter, simpler, and more specific

patient monitoring, clinical trials, and microsampling

a brief history on the remote patient monitoring system

genomic DNA extraction from human blood: a brief introduction

healthcare in urban and rural areas: 5 exciting innovations

5 consumer healthcare trends to watch in 2019

health & wellness breakthrough using microsampling technology: Well B

Content not found

Learn about insights, research, case studies, and tutorials on integrating remote specimen collection, microsampling, and more!

search our blog

social media

subscribe to the blog