Sampling of dermal Interstitial Fluid (dISF)

Pioneering Hollow Microneedles

Ascilion designs, develops, and manufactures products based on hollow microneedles for sampling of dermal interstitial fluid (dISF).
Access to endogenous and exogeneous biomolecules in dISF represents a unique opportunity for analysis of vital markers, health conditions and for research.
Bringing biomolecules out of the body and into analysis is paramount for the next step in life science.
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Background

Founded on the premise of radically improving healthcare, the team set out to develop hollow microneedles that can sample dermal interstitial fluid in a pain-free and easy to use way. After almost 10 years of development, the company is entering into numerous clinical trials with the aim of characterizing both the system and dISF itself.
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The needle chip

Etched from pure silicon using MEMS technology, the needle chip is the core in Ascilion’s sampling products.
82
Patents
17
Patent Families

News

18th March 2025
Ascilion to present at the 8th International Conference on Microneedles in Brisbane

STOCKHOLM, SWEDEN – Ascilion AB("Ascilion") the leader in dermal interstitial fluid sampling for biomarker investigation using microneedles will present new research and exhibit at MICRONEEDLES 2025 in Brisbane on the 11th-14thMay.

The theme for the 8th international conference on microneedles is Pathways to Products. The conference is the premier global event within microarray patch technology, focusing on the transformative potential of microneedles within transdermal delivery and extraction, diagnostics and broader healthcare. The conference provides an in-depth review of the latest trends and advances in research, design, development, application, clinical translation and commercialisation of microneedle technology.

Markus Renlund, Founder of Ascilion, commented: ‘We are pleased to be here for the 5th time and to present the results from years of development, research and clinical studies. Our topics will span from basic research ex vivo studies to antigen harvesting for mast cell research within immunology to dermal interstitial fluid sampling studies on heart failure patients within the European project DIGIPREDICT.’

Simon Grant, CEO of Ascilion, continued: ‘I look forward to sharing our commercialization experiences, successes and challenges with the Conference. Ascilion is the pioneer and leader within diagnostic microneedles and as of today we are one of the few companies within this exciting segment.’

Ascilion will together with its clinical partners present on the following topics:

”Hollow silicon microneedles used for extraction of dermal interstitial fluid in heart failure patients within the European project DIGIPREDICT”

”Tissue-specific soluble biomarker profiles in dermal interstitial fluid reveal unique information not detectable in plasma”

“Antigen discovery in cold urticaria using sampled dermal interstitial fluid – a new application area for hollow microneedles”

”Extraction of biomolecules from skin with hollow microneedles and application in ex vivo skin models of chronic inducible urticaria and allergy”

“Commercialization challenges for diagnostic microneedle companies”

”Reliable sampling of dermal interstitial fluid – a driver for application development”

For further information contact:

Simon Grant, CEO

Tel: +46 72 887 43 99

E-post: info@ascilion.com 

 

About Ascilion
Ascilion is the world leader in sampling of dermal interstitial fluid (dISF). A pioneer within hollow microneedle technology, Ascilion has developed the only solution available for sampling of practical amounts of pure dISF, enabling complete quantitative biomarker evaluation. Ascilion’s product PELSA is painless, quick, easy to use and leave sno residual mark on the skin. PELSA is available for research use and for pharmaceutical or cosmetic testing applications and is currently undergoing the medical product approval process. We are a cross-functional team based just outside Stockholm, Sweden and currently work with selected industrial partnersand researchers.  

About DIGIPREDICT

DIGIPREDICT – Digital Edge AI-deployed DIGItal Twins for PREDICTing disease progression and need for early intervention in infectious and cardiovascular diseases beyond COVID-19.

DIGIPREDICT is a pan-European researchprogram bringing together scientific and technical excellence in multiple disciplines including informatics, engineering (embedded systems, sensors and wearables), medical science, translational science, ethical and regulatory frameworks. The consortium consists of in total nine members from academia, two large R&D institutes, two hospitals, three high-tech SMEs from five European countries. The project will develop Digital Twins to enable identification, monitoring, and screening of high-risk patients, and to provide them with the right supportive therapy based on referral decisions that can be personalized. A digital twin is a digital representation of an object or process from the real world in the digital world – and more specifically for the case of DIGIPREDICT – of a patient.

DIGIPREDICT will also develop wearables for early detection of infectious and cardiovascular diseases.

 

 

24th October 2024
Ascilion to exhibit at the 8th Dermatology Drug Development Summit for Inflammatory Skin Diseases in Boston

Ascilion will attend and exhibit at the 8th Annual Dermatology Drug Development Summit for Inflammatory Skin Disease in Boston. The meeting will be held from the 12th-14th November 2024

The conference is specifically for executives from pharmaceutical companies working within drug development in the inflammatory skin disease area. This will be an excellent opportunity for Ascilion to discuss the expanding list of applications for dermal interstitial fluid (dISF) sampling technology within pharmaceutical development.

For more information see: https://dermatology-drugdevelopment.com/

12th May 2024
1st International Symposium for Digital Twins in Healthcare – DigitalTwin4Health2024 – Ayia Napa, Cyprus

STOCKHOLM, SWEDEN – Ascilion AB ("Ascilion")the leader in dermal interstitial fluid sampling for biomarker investigation presents their latest development results at the First International Symposium for Digital Twins in Healthcare (DigitalTwin4Health2024)

A digital twin is a digital representation of an object or process from the real world in the digital world – and more specifically for the case of healthcare and DIGIPREDICT – a healthy individual or patient. DigitalTwin4Health2024 is a multidisciplinary initiative in Europe aiming for a paradigm shift to healthcare and for a future sustainable healthcare system based on human avatars for the prevention, interception and curing of diseases.

Pelle Rangsten, CTO at Ascilion commented: ‘Digital Twins definitely have the potential to revolutionize personalized healthcare and disease prevention, and I believe that our microneedle technology can help enable mining of the huge amount of data needed for Digital Twins’

As part of the programme (DigitalTwin4Health2024) Ascilion will together with its partners present:

”Development of a multisensor patch for the clinical setting” and

”Sampling tool for interstitial fluid enables mining of biomarker data”

The latter contribution is part of the pan-European DIGIPREDICT program, where a clinical study utilizes Ascilion´s technology to sample dISF, that is then used to validate a sensor platform developed to detect biomarkers relevant to cytokine storms and cardiovascular disease. The project has received funding from the European Union’s Horizon2020 research and innovation programme under grant agreement No101017915(DIGIPREDICT). Link: www.digipredict.eu

For further information contact:

Simon Grant, CEO

Tel: +46 72 887 43 99

E-post: info@ascilion.com 

 

 

 

More news

The core technology

Ascilion’s core technology utilizes 3D processing of silicon on wafer scale with world leading expertise in MEMS design (Micro-Electro-Mechanical-Systems) and productization of semiconductor components and systems.
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User Friendly
The system and method enable user friendly sampling of dermal interstitial fluid.
The sampling experience can be likened to gently touching Velcro.
Performance
Multiple hollow microneedles sample on average one microliter of dermal interstitial fluid per minute, adequate volumes for modern analysis equipment in a short time span.
Easy to use
We have designed a complete sampling system around a MEMS chip containing over 100 hollow microneedles.

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