Laboratory Medicine
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An analysis of Assisted Reproductive Technology training – BigBizStuff

An analysis of Assisted Reproductive Technology training – BigBizStuff | Laboratory Medicine | Scoop.it
Among the pristine areas of today’s medicine one can name the highly promising and quite popular direction – Assisted Reproductive Technology (ART) which makes millions of childless couples happy. As the employment opportunities for people with professional competency in this field are rising worldwide, ART training courses have become increasingly popular. These specialized courses prepare medical practitioners with knowledge and competency needs in order to comprehend ART processes. Assisted Reproductive Technology: The Definition ART as a broad term of medical practice is a category of infertility treatments intended to help to get pregnant. Some of them are IVF, ICSI, OA, super oxide dismutase, testicular sperm extraction, FSH, egg donation, or embryo freezing to mention only but a few. Since these procedures entail precision and expertise of reproductive system, remunerative training emerges as significant. Why Such Training Courses to Use ART? ART training courses are necessary for both gynecologists and obstetricians, embryologists and other specialists who want to enrich the scope of knowledge in the sphere of fertility treatment. Training offered in these courses includes practical training, theoretical content, and working with new technology. Furthermore, infertility is becoming more rampant across the globe hence this has created a dire need for ART specialists this makes this field a very lucrative one for medical professionals. A Review on Reproductive Technology Training in India India today is turning into a center for the training courses in Assisted Reproductive Technology. The country is endowed with a number of institutes and centers focused on enhancing the stock of knowledge and educational achievements in the sphere of reproductive medicine. Why India for ART Training? India’s healthcare infrastructure has qualified and affordable education that has made it famous across the world. Medical professionals from across the globe choose India for ART training due to the following reasons: 1. World-Class Training Institutes: India also has centres of excellence like the International Institute for Training and Research in Reproductive Health (IIRRH) and Medline Academics for ART training program. 2. Experienced Faculty: The premier training ART centers in India are manned by some of the most experienced professionals in the field of reproductive medicine. 3. Hands-On Learning: Often there is a unique focus on practical sessions which provide the participants to work with the best infrastructures possible. 4. Cost-Effective Education: Training for ART in India is relatively simpler and cheaper than that of other countries due to its favourably priced ART training courses. 5. Essentials of management of the infertile patient 6.Clomiphene citrate stimulation cycles 7. Methods of concentration and preparation of sperms in semen. 8. Sophisticated techniques in culture techniques. Before looking at the Assisted Reproductive Technology training course it is necessary to know more about this subject. 1. Expert Curriculum Development: Top ART training programs in India are delivered by faculties who include current advancements in reproductive medicine into their program. The curriculum is usually the combined set of theoretical and practical classes and real-life case scenarios. 2. The application of modern and innovative equipment Training facilities are well fitted with exemplary equipment like high power microscopes, incubators and cryopreservation machines. The applied devices are well operated by trainees to make them ready for their operational use by mastering the devices well. 3. The Comprehensive Duration Options include ART courses in India can be taken in varying periods, from workshops lasting a few days to fellowships that last up to a year. This makes it easier for those with fulltime jobs to select a course of their desire. 4. Certification and Recognition ART training course: as stated earlier, on completion of any ART training course, participants will be issued with certificates that increases their marketability in the field of reproductive medicine. 5. Networking Professionals and industry specialists tend to participate in ART training programs and share the contacts and information related to their work. The students also get privileged perceptions from fellow learners and leaders, making the learning process quite fulfilling. Advantages of Undertaking ART training in India: High Demand for ART Specialists The current world has witnessed increased cases of infertility as a result of dynamism in lifestyle, stressing, and delayed parenthood. Therefore, the essence of competent ART specialists is becoming more and more imperative. Therefore, it would allow Indian professionals who practice ART training course to meet the above need effectively. Another explanation of the advantage for Holistic Development of ART training courses is the stress on patient care, counseling and ethics alongside technical content. Here, the care is provided comprehensively to ensure that trainees are prepared to deal with feelings and psychological state of individuals receiving infertility treatment interventions. • Creating their fertility clinics • Associating with other repute hospitals • Intensive course work in biomedical science and Reproductive Medicine High Demand for ART Specialists. The prevalence of infertility is on the rise due to factors such as lifestyle changes, stress, and delayed parenthood. As a result, the need for qualified ART specialists is growing rapidly. Completing an ART training course in India positions professionals to meet this demand effectively. Contribution to Society Passing adequate expertise in ART help the specialist to improve people’s lives by helping childless couples and individuals to become parents. This sense of fulfilment gives to their careers a perspective which is missing in most of the working lives of people. Don’t wait for ART Training put yourself ahead on the best ART training courses today. For any clinical officer, nurse or a doctor with an ambition of specializing in the expanded scope of practice in reproductive medicine, pursuing an ART training course is a milestone. The culture of excellent training centers and experienced faculty in India makes the learning environment unique. Undoubtedly, one of the most common questions is how to choose the right course? When selecting an ART training course, consider the following factors: 1. Courses offered by the Institute of Chemistry 2. Course content and organizational experiences in the field 3. Time-spent in the program and its cost 4. Feedback from alumni Institutes such as IIRRH and Medline Academics have made unique mark as ART training institutes that have designed courses that could be best suited to the budding reproductive medicine specialist. IIRRH as one of the leading centers in the province it has the primary goal of promoting the education, research and training in reproductive medicine. Established by the world-known fertility specialist Dr Kamini Rao, IIRRH is a best practise center for would-be medical professionals who want to climb the ladder in the field of infertility and reproductive health. • Master and post-master fellowship for training in Infertility and reproductive medicine in India and embryology separate academic and clinical knowledge. • ART laboratories containing the most advanced technology to provide practical training in procedures related to assisted reproduction. • A well-stocked and advanced research department that aims at initiating new techniques in the treatments of infertility and standard procedures. Professionals seeking excellence in the field of infertility and reproductive health. Key Offerings: • Advanced fellowship programs in reproductive medicine and embryology, designed to bridge the gap between academic learning and clinical expertise. • State-of-the-art facilities equipped with the latest technology for hands-on training in assisted reproductive techniques (ART). • A comprehensive research department fostering innovation in reproductive health treatments and protocols. Mission: To prepare healthcare professionals for providing state of the art reproductive care today, as well as to educate healthcare professionals and to carry out research to expand knowledge and skills in reproductive care on a worldwide basis. Medline Academics: It is a trusted name in providing comprehensive online education for medical professionals. With a strong focus on reproductive medicine and other specialized fields, Medline Academics ensures accessibility to high-quality learning resources for doctors and healthcare workers across the globe. Key Features: • Online fellowship courses in reproductive medicine, embryology, and gynecology tailored to meet the needs of busy practitioners. • A dynamic learning platform offering recorded lectures, live webinars, and interactive sessions led by experts in the field. • Flexible schedules that allow professionals to balance their education with clinical practice. • Certification programs that enhance professional credibility and open doors to advanced career opportunities. Vision: The goal is to bring change to the medical education and degree field as a pioneer in distanced, technology-driven educational initiatives to offer specialist improvement to learning anytime, anywhere, and at a low price point. Building upon IIRRH and Medline Academics’ team, the efforts to revolutionise reproductive health care education and practice persist as therapy for future generations of patients with fertility problems unfolds. Conclusion: Fellowship in Infertility and Reproductive medicine in India are the invitation to the successful jobs in the sphere of reproductive medicine. It is important to find a good program after analyzing current job market to increase the amount of knowledge, skills and confidence in order to make a great impact. Take the first step toward becoming an ART specialist today and contribute to creating countless stories of hope and happiness. Email Reddit January 13, 2025
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Laboratory Medicine
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December 28, 2013 2:29 AM
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Laboratory Medicine and Medical Biopathology

 

Laboratory Medicine is the name of a medical specialty where specialists are involved in medical diagnosis using laboratory assays to characterize molecular and cellular parameters in blood, biological fluids and tissues;

It is called also clinical pathology.

 

Gilbert C FAURE's insight:

covering disciplines such as

 

(Biochemistry http://www.scoop.it/search?q=biochemistry)

 

Haematology

http://www.scoop.it/t/hematology

 

(Microbiology http://www.scoop.it/search?q=microbiology )

 

Immunology

http://www.scoop.it/t/immunology

 

(Genetics http://www.scoop.it/search?q=genetics)

some already covered by the curator of this topic

 

check also

http://www.scoop.it/t/autoimmunity

for autoimmune diseases diagnostic tools

 

CHECK for COVID-19

https://www.scoop.it/topic/medical-biopathology-and-laboratory-medicine/?&tag=covid-19

more than 100 relevant papers on tests, either serological, cellular...

 

 

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L'Essentiel | Fédération de la biologie médicale – FBM

L'Essentiel | Fédération de la biologie médicale – FBM | Laboratory Medicine | Scoop.it
🧬 La mission de la biologie médicale est claire : prévenir, dépister, accompagner.

Vaccination, dépistage, accompagnement des maladies chroniques… Les biologistes médicaux sont des acteurs incontournables des parcours de santé et de la prévention.

Pour répondre aux défis de demain, la biologie médicale doit être pleinement reconnue comme un pilier des politiques de santé publique.
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🚀 Une étape importante pour l’avenir de la biologie médicale avec la fin de la mission Habert : vers un pacte pour l’avenir de la biologie médicale Lancée à l’initiative de la ministre de la Sant...

🚀 Une étape importante pour l’avenir de la biologie médicale avec la fin de la mission Habert : vers un pacte pour l’avenir de la biologie médicale Lancée à l’initiative de la ministre de la Sant... | Laboratory Medicine | Scoop.it
🚀 Une étape importante pour l’avenir de la biologie médicale avec la fin de la mission Habert : vers un pacte pour l’avenir de la biologie médicale

Lancée à l’initiative de la ministre de la Santé, des Familles, de l’Autonomie et des Personnes handicapées, Stephanie RIST, la mission confiée à Laurent Habert avait pour objectif d’engager une réflexion collective sur l’avenir de la biologie médicale et son évolution au service des patients.

La Fédération de la Biologie Médicale salue la qualité de cette démarche, fondée sur un dialogue constructif, une écoute attentive des acteurs de terrain et une volonté partagée de faire évoluer notre discipline.

Tout au long des échanges, nous avons porté une conviction forte : la biologie médicale joue un rôle essentiel dans la prévention, l’accès aux soins et la transformation de notre système de santé.

🎯 Dans ce cadre, la Fédération a formulé plusieurs propositions concrètes visant à améliorer l’efficacité du système de santé et à mieux répondre aux besoins de la population :

➡️ Créer un rôle d’effecteur de santé publique pour les patients atteints de maladies chroniques ;

➡️ Élargir, de manière ciblée, les possibilités de prescription ;

➡️ Développer les dispositifs de dépistage et de prévention ;

➡️ Renforcer l’intégration de la biologie médicale dans les systèmes d’information en santé et sa contribution aux politiques vaccinales.

Nous remercions chaleureusement Laurent Habert ainsi que l’ensemble des acteurs mobilisés pour la qualité et la richesse de ces échanges.

Cette mission constitue une étape majeure et doit être une véritable feuille de route pour l’avenir de la biologie médicale. Nous souhaitons désormais que les orientations issues de ce rapport puissent être mises en œuvre rapidement, au bénéfice des patients et de l’efficacité de notre système de santé.

La Fédération se tient pleinement mobilisée pour contribuer à cette mise en action.

Syndicat des Biologistes - SDBIO Les Biologistes Médicaux FBP : Fédération des Biologistes Praticiens
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#biologiemédicale #lbm #infirmier #prescription #loiinfirmière | Laure Dellamonica

#biologiemédicale #lbm #infirmier #prescription #loiinfirmière | Laure Dellamonica | Laboratory Medicine | Scoop.it
🔬 Biologistes médicaux : deux arrêtés du 26 juin 2026 modifient vos circuits de prescription.
Publiés au Journal officiel du 27 juin, l’arrêté « actes et soins » et l’arrêté « prescription » ouvrent à l’infirmier diplômé d’État un droit nouveau : prescrire certains examens de biologie médicale.

Concrètement, l’IDE pourra désormais vous adresser :
➡️ NFS, plaquettes et ionogramme sanguin (pathologie connue ou symptômes évocateurs)
➡️ ECBU avec antibiogramme
➡️ glycémie à jeun, créatininémie, albuminurie/créatininurie et HbA1c (diabétiques connus, espacement de 3 mois)
➡️ renouvellement de l’INR sous AVK
➡️ bêta-HCG et sérologies IST (VIH, hépatites B et C, syphilis, chlamydia, gonocoque)

Pour les laboratoires, c’est un nouveau prescripteur de première ligne : un flux d’entrée supplémentaire, mais aussi une vigilance accrue. Chaque prescription suppose une indication juste, des conditions d’espacement respectées et une traçabilité au dossier médical partagé.
L’IDEL, déjà partenaire pré-analytique du laboratoire, voit ainsi son rôle s’élargir dans le parcours de soins. Un sujet à suivre de près dans les prochains mois, à mesure que la pratique se déploiera.
#BiologieMédicale #LBM #Infirmier #Prescription #LoiInfirmière
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#laboratorymedicine #ldt | ARUP Laboratories

#laboratorymedicine #ldt | ARUP Laboratories | Laboratory Medicine | Scoop.it
New federal legislation could modernize how laboratory-developed tests (LDTs) are regulated in the U.S. The proposed Enhancing CLIA Act focuses on improving transparency, reinforcing oversight, and supporting continued innovation in laboratory medicine. https://bit.ly/4vl2Thx
#LaboratoryMedicine #LDT
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Biologie délocalisée : tout comprendre pour bien décider | Valentin Simon

Biologie délocalisée : tout comprendre pour bien décider | Valentin Simon | Laboratory Medicine | Scoop.it
🔬 Biologie délocalisée : quels usages, quel cadre et quel modèle pour un déploiement effectif en 2026 ?

Hier, le SIDIV réunissait à la Maison de la Chimie régulateurs, cliniciens, institutionnels et industriels pour débattre de l'avenir de la biologie délocalisée en France. J'y représentais l'ANAP.

Le rapport Inspection générale des affaires sociales - Igas/Inspection générale des finances sur la pertinence et l'efficience des dépenses de biologie médicale le confirme : la France accuse un retard significatif dans le déploiement de la biologie délocalisée par rapport à ses voisins européens. Les usages existent, les technologies sont matures — mais le passage à l'échelle n'a pas eu lieu.

Plusieurs signaux encourageants ont émergé des échanges :
📌 L'élargissement des lieux autorisés à déployer des EBMD via l'arrêté du 4 février 2026 ouvre de nouvelles perspectives — en ville, en EHPAD, dans les structures de soins primaires.

📌 Mais rattraper ce retard ne veut pas dire déployer partout, tout de suite, sans méthode. Le message fort : le déploiement doit être ancré dans les besoins réels du territoire.

🔍 Ce que l'on voit sur le terrain à l'ANAP — à travers notre étude auprès des LBM accrédités COFRAC pour les EBMD et nos appuis terrain — c'est que la biologie délocalisée peut être un véritable outil au service de la fluidité des parcours : en améliorant le service médical rendu dans les situations d'urgence, et en répondant à des besoins de structuration d'une biologie de territoire, dans le cadre d'un GHT par exemple. Ni gadget, ni solution universelle — un levier, quand il est déployé au bon endroit pour la bonne raison.

Merci aux participants pour la qualité des échanges : Dr Mickael BENZAQUI (Direction générale de l'offre de soins (DGOS)) · Yann-Gael Amghar (IGAS) Dr X. Poble (FFCSNP) · Dr François BLANCHECOTTE (Syndicat des Biologistes - SDBIO/@FBM) · Dr Yannick NEUDER, député de l'Isère et ancien ministre de la Santé· Dr Alexis Guerin (SFIL - Société Française d'Informatique de Laboratoire/FBM) · · Sophie Hubert-Luco (SIDIV/bioMérieux)

Pour aller plus loin, le guide ANAP « Biologie délocalisée : tout comprendre pour bien décider » est fait pour ça.

📖 https://lnkd.in/ei4k-maF


#BiologieDélocalisée #POCT #EBMD #Santé #Innovation #ANAP #SIDIV #GHT Dzemail Alili Yannick Costa Stéphane PARDOUX Florian Bon Raphaëlle Frija
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June 10, 4:44 AM
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Rapport Roland Berger - Le Pacte de la biologie médicale | Les Biologistes Médicaux

Rapport Roland Berger - Le Pacte de la biologie médicale | Les Biologistes Médicaux | Laboratory Medicine | Scoop.it
Retrouvez le communiqué de la Fédération de la biologie médicale – FBM
Rapport Roland Berger - Le Pacte de la biologie médicale : un levier de prévention que la France ne peut pas se permettre de fragiliser

👉 urlr.me/2cGTqy
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June 8, 8:29 AM
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Clinical vs Medical Microbiology: What's the Difference? | Nimota Yusuf posted on the topic

Clinical vs Medical Microbiology: What's the Difference? | Nimota Yusuf posted on the topic | Laboratory Medicine | Scoop.it
𝗖𝗹𝗶𝗻𝗶𝗰𝗮𝗹 𝗠𝗶𝗰𝗿𝗼𝗯𝗶𝗼𝗹𝗼𝗴𝘆 𝘃𝘀 𝗠𝗲𝗱𝗶𝗰𝗮𝗹 𝗠𝗶𝗰𝗿𝗼𝗯𝗶𝗼𝗹𝗼𝗴𝘆: 𝗔𝗿𝗲 𝘁𝗵𝗲𝘆 𝘁𝗵𝗲 𝘀𝗮𝗺𝗲 𝗼𝗿 𝗱𝗶𝗳𝗳𝗲𝗿𝗲𝗻𝘁?

A lot of people use Clinical Microbiology and Medical Microbiology interchangeably.

They are not the same thing, but are closely related.

Yes, they overlap constantly, thus confusing them can send you down the wrong postgraduate path or leave you applying for jobs you are not actually qualified for.

Here is the clearest way I can explain it:

Medical Microbiology is the big picture.
It is the broad academic and scientific foundation.
It asks the questions: how do microorganisms interact with human health? How does a pathogen cause disease? How does the body fight back? How do diseases spread across populations? How do we develop vaccines and antibiotics to stop them?

A medical microbiologist might spend years in a research institute studying how a virus mutates, or in a pharmaceutical company working on the next generation of antimicrobials. Their output is scientific papers, new drugs, and vaccine candidates.

They are studying the nature of infectious disease.

Clinical Microbiology is the front line.
It sits under the medical microbiology umbrella, but it has one specific focus: the patient in front of you right now.

A clinical microbiologist works in a hospital laboratory or diagnostic centre. They process blood samples, urine, swabs, and cultures. They identify exactly which pathogen is causing the infection. They run antibiotic susceptibility testing to tell the clinician which drug will actually work.

Their output is a lab report that determines what treatment a patient receives in the next few hours.

They are applying the science to save a specific life.

The simplest way to remember it:
Medical Microbiologist answers; how does this disease work?
Clinical Microbiologist answers; what is making this patient sick, and how do we treat them today?

One builds the knowledge. The other uses it.

Both are important. But they are different career paths, different work environments, and different skill sets.

So before you choose your specialization; ask yourself one honest question: do you want to be in the research lab discovering how diseases work, or do you want to be in the diagnostic lab helping clinicians treat patients?

Your answer tells you exactly which path is yours.

Which one are you drawn to and why? Tell me in the comments.

#Microbiology #ClinicalMicrobiology #MedicalMicrobiology #CareerDevelopment #MicrobiologyGraduates #ScienceCommunication #DeMicrobialVoice | 33 comments on LinkedIn
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What can a knitting circle about bacteria create that a lecture, panel discussion, or workshop cannot? This question came up, when the SciComm Format Generator prompted me to design “A knitting… |...

What can a knitting circle about bacteria create that a lecture, panel discussion, or workshop cannot? This question came up, when the SciComm Format Generator prompted me to design “A knitting… |... | Laboratory Medicine | Scoop.it
What can a knitting circle about bacteria create that a lecture, panel discussion, or workshop cannot?

This question came up, when the SciComm Format Generator prompted me to design “A knitting circle for PhD students about bacteria."

Often, science communication formats sound familiar: A panel discussion about bacteria? Fine. A public lecture about bacteria? Pretty normal. An exhibition about bacteria? Also fine. Now... a knitting circle? We might need an explanation.

That’s where the fun begins in developing formats and why I like prompts like these. They expose how attached we are to formats before we've even thought about the people who will see, hear, feel or watch them.

I can imagine a room full of doctoral researchers knitting strange fuzzy bacterial colonies while talking about contamination, failed experiments, supervisor feedback, publishing struggles, and all the things that rarely make it into journal articles.

It could really open a space for PhD students to get in touch. At the same time, they can create something surprising & whimsical with their hands: knitting bacteria cultures, inspired by Petri dishes. It’s abstract enough that there are no rights and wrongs, so they can relax, be creative, and think outside their disciplinary box.

If you want to give it a go, you can try out the Format Generator here: https://lnkd.in/dV2yVnyG | 19 comments on LinkedIn
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Vulgaroo vs. chatGPT 🥊 Vendredi j'ai présenté à Paris, lors du congrès BiomedJ organisé par Les Biologistes Médicaux, les résultats d'une étude qu'on a faite avec les Laboratoires de Biologie… | ...

Vulgaroo vs. chatGPT 🥊 Vendredi j'ai présenté à Paris, lors du congrès BiomedJ organisé par Les Biologistes Médicaux, les résultats d'une étude qu'on a faite avec les Laboratoires de Biologie… | ... | Laboratory Medicine | Scoop.it
Vulgaroo vs. chatGPT 🥊

Vendredi j'ai présenté à Paris, lors du congrès BiomedJ organisé par Les Biologistes Médicaux, les résultats d'une étude qu'on a faite avec les Laboratoires de Biologie Médicale B2A.

🎯Dans un contexte où de plus en plus de personnes importent dans chatGPT leurs résultats d'analyses biologiques pour mieux les comprendre, nous voulions comparer les solutions chatGPT et Vulgaroo Biologie.

⚒️Lisibilité, nombres d'interprétations, conformité réglementaire, validation scientifique, interopérabilité faisaient partie des angles étudiés.

🙋‍♀️Si vous souhaitez une copie des résultats, écrivez simplement "copie" en commentaire sous ce post. | 15 comments on LinkedIn
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#biologie #vs #pertinence | Fédération de la biologie médicale – FBM

#biologie #vs #pertinence | Fédération de la biologie médicale – FBM | Laboratory Medicine | Scoop.it
Fin du remboursement de la vitesse de sédimentation (VS) : un tournant pour la biologie médicale 🔬

Depuis le 16 avril 2026, la VS n’est plus prise en charge par l’Assurance Maladie. Une évolution majeure, fondée sur les recommandations de la Haute Autorité de Santé.

Pourquoi ce changement ?
Parce que les données scientifiques sont claires : la VS est un marqueur peu spécifique, influencée par de nombreux facteurs, et aujourd’hui dépassé par des examens plus performants comme la CRP.

👉 L’enjeu est simple : améliorer la pertinence des prescriptions et la qualité des soins.

Trop souvent encore, la VS est prescrite sans réelle valeur clinique, pouvant entraîner des examens inutiles ou retarder certains diagnostics.

Cette décision marque une étape importante vers une biologie médicale plus efficiente, centrée sur des outils diagnostiques fiables et adaptés aux besoins des patients.

Les biologistes médicaux sont pleinement mobilisés pour accompagner cette transition, informer les prescripteurs et orienter les pratiques vers les examens les plus pertinents 🤝

Caisse nationale de l’Assurance Maladie Haute Autorité de Santé

#biologie
#vs
#pertinence
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Point-of-care testing for non-communicable diseases and health literacy outcomes: a systematic review - BMC Public Health | Richard Osborne

Point-of-care testing for non-communicable diseases and health literacy outcomes: a systematic review - BMC Public Health | Richard Osborne | Laboratory Medicine | Scoop.it
A great systematic review using the WHO Health Literacy Framework to examine one key element of the emerging concept of Health Literacy Responsiveness.

Point-of-care testing for non-communicable diseases and health literacy outcomes: a systematic review

"Conclusion
The findings from this review suggest that POC testing may support improvements in individual health literacy outcomes relevant to NCD management, specifically in diabetes and cardiovascular contexts. These findings reflect the potential of POC testing to contribute to more responsive health systems by improving accessibility, results delivery, and communication of health information. However, the evidence base is limited in scope, and findings may not necessarily be generalisable. Future studies should prioritise examining a broader range of NCDs, particularly in underdeveloped regions, and employ specific validated health literacy tools."

It is great to see so many groups, like this one, recommending the HLQ (Health Literacy Questionnaire) as it was designed to explore these research questions. To access the HLQ: HL-info@latrobe.edu.au - free for not-for-profit projects, available in 40+ language variants, psychometrically tested in 30+ studies (using *robust* methods), and can be complemented by the eHealth Literacy Framework (with the eHLQ).

This is the WHO report with the Framework and many other goodies. https://lnkd.in/eiksSgEd

https://lnkd.in/eRzmAFbR
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ESCMID Global 2026 Faster Diagnostics at What Cost

This year’s congress spotlights innovation and growing gaps in patient care
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Tests sanguins sans ordonnance

Tests sanguins sans ordonnance | Laboratory Medicine | Scoop.it
Prenez votre santé en main et réalisez des tests sanguins sans ordonnance. Découvrez notre guide pour réaliser votre bilan biologique.
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#biologiemédicale #infirmière #infirmier | Romain Barbache

#biologiemédicale #infirmière #infirmier | Romain Barbache | Laboratory Medicine | Scoop.it
Le 26 juin, deux arrêtés sont parus au Journal officiel.
Qu'est-ce que les infirmiers vont pouvoir prescrire ?

La réponse tient en quelques lignes.
En autonomie, et dans des conditions précises, un infirmier pourra désormais prescrire une NFS avec plaquettes, un ionogramme, un ECBU avec antibiogramme, une glycémie.

Et chez un patient diabétique connu, une créatininémie, une HbA1c.

Pour l'INR sous AVK, le renouvellement reste borné à quelques jours, le temps de corriger un déséquilibre.

Au labo, une prescription est le point de départ.
Un tube qui arrive, un résultat qui sort, et derrière, quelqu'un qui doit le lire, le comprendre, décider.

Ce que ces arrêtés déplacent, ce n'est pas le droit de cocher une ligne sur une ordonnance.

C'est la carte de qui ouvre cette chaîne.

Pendant des années, on a bâti nos systèmes autour d'une géographie des prescripteurs.

Aujourd'hui, la géographie bouge.

Et la question que je me pose n'est pas de savoir si c'est une bonne ou une mauvaise nouvelle.

Mais quand un résultat anormal tombera, qui l'interprète, et qui est prévenu à temps ?

La phase pré-analytique commence à la prescription.

Le maillon le plus fragile d'un examen, ça n'a jamais été l'automate.

C'est la coordination autour de lui.
C'est exactement ce que j'évoque avec Serge Payeur dans notre épisode pour Le Point de Bascule - Podcast

Vous avez attendu cette liste pendant des mois.
On va passer les prochains à apprendre à lire ce qu'elle ouvre vraiment.

#BiologieMédicale #Infirmière #Infirmier
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July 2, 10:49 AM
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BiosecBench-Refusal | Kenny Workman

BiosecBench-Refusal | Kenny Workman | Laboratory Medicine | Scoop.it
AI agents in biology pose real dual-use risks, but poorly calibrated safeguards are blocking legitimate research.

We present BioSecBench-Refusal, a benchmark for risk identification and refusal behavior for biological research tasks. 61 Routine tasks, legitimate analyses adapted from the published literature + 46 Red-Team tasks, fictional scenarios that resemble real research but conceal a biosecurity hazard.

The 107 evals were written by a team of 14 subject-matter experts to cover a range of domains: microbiology, virology, immunology, plant biology, synthetic biology, etc. Each task was annotated by biosafety level, biological agent class, request type and technical domain.

Under direct framing, models refuse legitimate research more often than constructed threats. Across 16 model-harness configurations, refusal rates ranged from 7% to 74% on Routine tasks and 1% to 62% on Red-Team tasks, with many configurations refusing legitimate Routine work at comparable or higher rates than concealed hazards.

For nearly every configuration tested, refusal rates were higher on Routine tasks than on Red-Team tasks. This gap increased with the human-assigned biosafety level of the task from BSL-1 to BSL-3 (the relatively small number of BSL-4 scenarios tested makes comparison at this level inconclusive).

Routine and Red-Team refusal rates were tightly correlated across models (Pearson r = 0.91), pointing to a single underlying trigger: surface text. Routine tasks were generally rich in keywords likely to flag a safeguard ("pathogen", "immune evasion"). Red-Team tasks, though written to avoid obvious flag terms, also carried technical language with a dual-use character that a filter might recognize ("DNA assembly", "protein expression").

Agentic meta-evaluations indicate that extended reasoning may improve risk assessment. To test whether agentic reasoning can identify complex biosecurity risk, we shifted from a direct framing to a meta-evaluation framing: instead of performing each task, the agent judges whether it should be accepted or refused.

In tasks framed as a biosecurity meta-evaluation, the majority of refusals originated in the provider’s API filter, not the model’s own reasoning. For example in the GPT-5.5 x PI configuration, 60% of Routine tasks were refused. Two-thirds of those refusals (40% of all tasks) resulted from an API filter blocking the request before the model could decide.

Refusal is a hard but soluble problem. Better biosecurity metrics will help model developers to improve biosecurity performance and deploy agentic tools for biotech R&D with confidence.

Thanks to our collaborators at American Wetware: Jake Wintermute, Patrick Boyle Christina Agapakis and our Latch Biosecurity team: Harmon B., Dianzhuo 'John' Wang, Evan Seeyave for their hard work. Rewarding project.
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June 20, 8:09 AM
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achieves ISO 13485 certification, strengthening readiness for medical diagnostics markets

Canatu Plc Press Release 18 June 2026 at 3:22 p.m. EET.
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June 16, 11:39 AM
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Patricia R. Slev, PhD, D(ABCC), will cover the limitations of assessing vaccination status. Learn when and how to use laboratory results to inform and guide patient management. Register now at… | A...

Patricia R. Slev, PhD, D(ABCC), will cover the limitations of assessing vaccination status. Learn when and how to use laboratory results to inform and guide patient management. Register now at… | A... | Laboratory Medicine | Scoop.it
Patricia R. Slev, PhD, D(ABCC), will cover the limitations of assessing vaccination status. Learn when and how to use laboratory results to inform and guide patient management. Register now at https://bit.ly/4uFOxam
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June 10, 7:58 AM
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Blood tests are clinical events, not wellness content | Dr Peter Scriven FRCGP | 18 comments

Blood tests are clinical events, not wellness content | Dr Peter Scriven FRCGP | 18 comments | Laboratory Medicine | Scoop.it
Private blood testing is increasingly being sold as wellness content.
I think that framing is wrong.

Blood tests are clinical events. They create responsibility before the needle goes in and after the result arrives.

The issue is not private testing. Nor is it advanced testing. Used properly, better and earlier testing is central to serious preventive medicine. A high resolution baseline, repeated over time and interpreted in clinical context, can reveal risk and trajectory long before conventional crisis points are reached.

The problem is casual testing.

Panels sold as products. Reports dressed as interpretation. Abnormal results redirected back to the NHS when the consequences become uncomfortable.
The stress test is not the normal vitamin D result. It is the potassium of 6.5 on a Friday evening. Or the falling eGFR. Or the unexplained anaemia. Or the suppressed TSH. Or the raised calcium.

Who owns that result?

Who receives it, interprets it, contacts the patient, documents the decision and carries the clinical risk?

“Speak to your GP” is not a governance model.

I have written a longer piece on why blood testing needs clinical ownership, why confidence is not competence, and why the amateurisation of diagnostics should concern us. | 18 comments on LinkedIn
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June 9, 1:45 PM
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#eflm #laboratorymedicine #ivdr #patients #eu #healthcare | European Federation of Clinical Chemistry and Laboratory Medicine (EFLM)

#eflm #laboratorymedicine #ivdr #patients #eu #healthcare | European Federation of Clinical Chemistry and Laboratory Medicine (EFLM) | Laboratory Medicine | Scoop.it
The Risk of Inaction

If Article 5.5 remains unchanged, we face a very real risk of:

👉️ Reduced access to critical diagnostic tests
👉️ Delays in patient care and treatment decisions
👉️ Loss of innovation within European hospital laboratories
👉️ Weakened preparedness for public health crises

In short, a regulation designed to protect patients could unintentionally limit their access to care.

👉️ https://buff.ly/E1fRdBn

#EFLM #laboratorymedicine #IVDR #patients #EU #healthcare
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June 6, 9:45 AM
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RBSLM position IVDR Amendment Article 5.5 | Royal Belgian Society of Laboratory Medicine

RBSLM position IVDR Amendment Article 5.5 | Royal Belgian Society of Laboratory Medicine | Laboratory Medicine | Scoop.it
🧬 In-house diagnostic tests save lives. Europe’s proposed IVDR reform must protect them.

For decades, clinical laboratories across Europe have developed in-house in vitro diagnostic tests (IH-IVDs) to serve patients where commercial solutions do not always exist — rare diseases, precision oncology, specialised haemostasis, emergency diagnostics.

These tests are performed under ISO 15189 accreditation. They are not shortcuts. In certain situations, they are the only diagnostic option truly suited to the patient’s clinical reality.

Yet, Article 5.5 of the EU IVDR has imposed disproportionate requirements on these tests — including an obligation to justify the absence of a commercial equivalent on the market. According to EFLM, an estimated 9,000 diagnostic tests were lost during regulatory transition. Real patients. Real gaps in care.

In December 2025, the European Commission proposed targeted amendments to Article 5.5 (2025/0404(COD)).

Key changes include:

▸ Removal of the equivalence-justification requirement
▸ Recognition of existing laboratory quality management systems (ISO 15189)
▸ Conditional authorisation to transfer IH-IVDs between health institutions in the public health interest

RBSLM/BVKL fully supports these reforms, in line with the EFLM position statement published in May 2026 in Clinical Chemistry and Laboratory Medicine (Cobbaert C et al., https://lnkd.in/gEf76uvn).

The reform preserves all essential safety and performance safeguards. What it removes is unnecessary administrative burden that does not add meaningful protection for patients.

We call on Belgian MEPs and Council representatives to preserve the essential advances of proposal 2025/0404(COD).

#IVDR #LaboratoryMedicine #InHouseTests #RBSLM #BVKL #EFLM #PatientSafety #EUHealth #DiagnosticMedicine #Article55
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June 4, 4:51 AM
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Voir l’activité de Dr. Shadab Rangrez sur

Voir l’activité de Dr. Shadab Rangrez sur | Laboratory Medicine | Scoop.it
Identifiez-vous ou inscrivez-vous pour voir des posts tels que celui-ci et plus encore.
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June 3, 3:34 AM
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Terms and Conditions of Use | Octavian Florescu

Terms and Conditions of Use | Octavian Florescu | Laboratory Medicine | Scoop.it
The at-home blood testing disclaimers are edging closer to medical claims: "Noom is designed to help you improve your health and habits, but it is not medical care".

Noom recently launched an at-home biomarker test kit for metabolic health monitoring, yet another in a growing number of offerings.

But at-home blood sampling, shipping and analysis in a CLIA lab, in other words the LDT pathway, has never been approved by the FDA for routine testing of metabolites.

What exactly does "help you improve your health" mean? They still don't dare charge CMS for reimbursement. That would be the same mistake that unraveled Theranos and precipitated Elizabeth Holmes' downfall.

And no at-home sampling service would be complete without a customary blanket disclaimer: "WE EXPRESSLY DISCLAIM ALL WARRANTIES, REPRESENTATIONS, AND CONDITIONS OF ANY KIND, WHETHER EXPRESS OR IMPLIED".

I continue to believe that these services can provide value, but they must be validated and the disclaimers need to be upfront to highlight the potential for inaccuracies from uncontrolled sample integrity.

Most metabolic indications simply can't conform to CLIA lab standards because of lysis and analyte degradation from storage and shipping. Kinda hard to operate metabolites under LDT, which is regulated by CLIA itself.

You can't bite the regulatory hand that feeds. But they are nibblin.

https://lnkd.in/gJSMBj3F
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June 2, 3:58 AM
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Voir l’activité de Manjula . sur

Voir l’activité de Manjula . sur | Laboratory Medicine | Scoop.it
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June 1, 3:33 AM
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Thriva: Shifting blood testing from reactive investigation to preventive monitoring

Thriva: Shifting blood testing from reactive investigation to preventive monitoring | Laboratory Medicine | Scoop.it
Thriva: Shifting blood testing from reactive investigation to preventive monitoring on MedShr
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May 23, 11:24 AM
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Hier, pour la deuxième journée de SantExpo 2026, j’ai eu le plaisir de participer à une table ronde consacrée aux enjeux communs et complémentaires de la biologie médicale hospitalière et privée… |...

Hier, pour la deuxième journée de SantExpo 2026, j’ai eu le plaisir de participer à une table ronde consacrée aux enjeux communs et complémentaires de la biologie médicale hospitalière et privée… |... | Laboratory Medicine | Scoop.it
Hier, pour la deuxième journée de SantExpo 2026, j’ai eu le plaisir de participer à une table ronde consacrée aux enjeux communs et complémentaires de la biologie médicale hospitalière et privée. 🧪🏥

Les échanges ont rappelé à quel point la biologie médicale occupe aujourd’hui une place stratégique dans notre système de santé : innovation diagnostique, médecine personnalisée, recherche clinique, santé publique, prévention ou encore réponse aux crises sanitaires.

À cette occasion, j’ai souhaité défendre plus particulièrement les enjeux hospitaliers et universitaires, qui conditionnent notre capacité collective à innover, former et accompagner les grandes transformations de la médecine.

Cela passe notamment par :
• un soutien renforcé au financement de l’innovation diagnostique, en particulier via les dispositifs RIHN, indispensables pour continuer à faire de notre discipline une profession au cœur de l innovation
• une réflexion ambitieuse sur l’évolution et l’extension des compétences de notre profession, alors que les biologistes médicaux sont appelés à jouer un rôle croissant dans l’expertise clinico-biologique, la prévention, l’éducation en santé et l’accompagnement des parcours de soins ;
• une reconnaissance plus forte du rôle de la biologie médicale dans les politiques de santé publique et de prévention, qu’il s’agisse du dépistage, de la stratification des risques, de l’anticipation des complications, de la prise en charge maladies chroniques ou encore de la gestion des crises sanitaires ;
• la préservation du lien essentiel entre soin, recherche et enseignement, qui constitue l’une des grandes forces du modèle hospitalo-universitaire français.

Dans un contexte marqué par l’intelligence artificielle, la génomique, les biothérapies et la médecine de précision, la biologie médicale ne peut plus être pensée comme une discipline uniquement analytique. Elle devient un acteur central de la décision médicale, de la prévention et de l’innovation en santé.

Merci aux organisateurs et aux intervenants pour la richesse des échanges autour de l’avenir de notre profession.

SantExpo
Fédération hospitalière de France (FHF)
Arnaud Robinet
FNSBPHU Alliance
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