Rumiana Tenchov

Rumiana Tenchov, Information Scientist at CAS

Rumiana Tenchov is an information scientist at CAS. She earned her Ph.D. and D.Sc. degrees in biophysics from the Bulgarian Academy of Sciences. Prior to joining CAS, she was a research faculty member at the Department of Molecular Biosciences of the Northwestern University. 

Information Scientist, CAS

Rumiana Tenchov is an information scientist at CAS. She earned her Ph.D. and D.Sc. degrees in biophysics from the Bulgarian Academy of Sciences. Prior to joining CAS, she was a research faculty member at the Department of Molecular Biosciences of the Northwestern University. 

the evolving exosome hero
Biotechnology
L'évolution de l'exosome : un intervenant mineur devenu étoile montante
Une présentation historique de la découverte des exosomes, des jalons clés de leur essor et des raisons pour lesquelles ils révolutionneront les secteurs du diagnostic et de l'administration de...

Article

the evolving exosome hero
Biotechnology
The evolving exosome: from small player to rising star
A historical overview of the discovery of exosomes, key milestones in their rise, and why they will revolutionize the diagnostic and drug delivery fields in the future.

Article

the evolving exosome hero
Biotechnology
A evolução dos exossomos: de "peixe pequeno" a estrela em ascensão
Uma visão histórica da descoberta dos exossomos, marcos importantes na sua ascensão e por que eles revolucionarão os campos de diagnóstico e administração de medicamentos no futuro.

Article

the evolving exosome hero
Biotechnology
進化するエクソソーム - 微小な粒子から期待の星へ
...

Article

the evolving exosome hero
Biotechnology
La evolución del exosoma: de actor marginal a estrella en alza
En esta entrada repasaremos la historia del descubrimiento de los exosomas, los principales hitos de su auge y las causas por las que están llamados a revolucionar los campos del diagnóstico y la...

Article

the evolving exosome hero
Biotechnology
不断发展的外泌体：从无名小卒到后起之秀
外泌体发现历史概述、兴起关键里程碑以及它们未来将如何为诊断和药物递送领域带来革命性变化。

Article

the evolving exosome hero
Biotechnology
엑소좀의 진화: 평범한 선수에서 기대주로
엑소좀 발견의 역사적 개관, 주요 성공 이정표, 향후 진단 및 약물 전달 분야를 주도할 혁신성.

Article

Ammonium Nitrate Hero
Safety
Ammonium nitrate: making it safer today for a better tomorrow
Ammonium nitrate has the power to feed billions, yet when stored improperly is like a bomb waiting to happen. How can we make this fertilizer safer? Learn about emerging science, safer alternatives,...

Article

cas-insights-nanoparticles
Drug Discovery
The therapeutic potential of nanotechnology beyond COVID-19
Learn more about lipid nanoparticles, their origin, role in COVID vaccines, and future applications. This overviews emerging trends and insights on publications, milestones, and future applications in...

Article

cas-insights-nanoparticles
Drug Discovery
El potencial terapéutico de la nanotecnología más allá de la COVID-19
Obtenga más información sobre las nanopartículas lipídicas, su origen, su función en las vacunas para la COVID y sus aplicaciones futuras. En esta entrada se repasan las tendencias emergentes y...

Article

cas-insights-nanoparticles
Drug Discovery
纳米技术除 COVID-19 之外的治疗潜力
了解更多关于脂质纳米颗粒的内容：起源、在 COVID 疫苗中的角色和未来应用。...

Article

picture of surgical mask
Drug Discovery
COVID BA.5 및 BA.2.75 변이 출현에 따라 마스크를 다시 착용하게 될까요?
COVID 팬데믹은 마스크 개발 및 생산 기술의 미비점을 확인시킨 계기가 되었습니다. 바이러스의 새로운 변이 확산 속도를 늦추기 위해서는 혁신이...

Article

picture of surgical mask
Drug Discovery
Avec l'arrivée des variants BA.5 et BA.2.75 de la COVID, les masques vont-ils faire leur retour ?
La pandémie de COVID a révélé des carences dans le domaine du développement et de la production de masques. L'innovation sera essentielle pour ralentir la propagation de nouveaux variants du...

Article

picture of surgical mask
Drug Discovery
With COVID BA.5 and BA.2.75 Variants, Are Masks Back in?
The COVID pandemic revealed deficiencies in mask development and production. Innovation will be crucial in slowing the spread of new variants of the virus. There are many factors that can be improved...

Article

picture of surgical mask
Drug Discovery
Com as variantes BA.5 e BA.2.75 da covid, será preciso voltar a usar máscaras?
A pandemia da covid revelou deficiências no desenvolvimento e na produção de máscaras. A inovação será fundamental para reduzir a velocidade de disseminação de novas variantes do vírus. As...

Article

picture of surgical mask
Drug Discovery
新型コロナウイルス変異株BA.5とBA.2.75の出現で、マスク復活となるか
COVIDのパンデミックにより、マスクの開発と製造における欠陥が明らかになりました。...

Article

picture of surgical mask
Drug Discovery
Con las variantes de la COVID BA.5 y BA.2.75, ¿volverán las mascarillas?
La pandemia de la COVID-19 destapó deficiencias en el desarrollo y la producción de mascarillas. La innovación será crucial para frenar la propagación de las nuevas variantes del virus. Son...

Article

picture of surgical mask
Drug Discovery
新冠病毒变异株不断更迭，口罩技术如何创新？
新冠疫情暴露出口罩开发和生产过程中的缺陷。 创新对于减缓新冠病毒新变异株的传播至关重要。...

Article

photo depicting a protein structure and folding
Drug Discovery
Are intrinsically disordered proteins the key to treating COVID-19?
Learn about the important functions of intrinsically disordered proteins and the key role they play in COVID-19 therapy.

Article

photo depicting a protein structure and folding
Drug Discovery
¿Son las proteínas intrínsecamente desestructuradas la clave para tratar la COVID-19?
Descubra las importantes funciones de las proteínas intrínsecamente desestructuradas y su papel clave en el tratamiento de la COVID-19.

Article

photo depicting a protein structure and folding
Drug Discovery
固有无序蛋白会成为COVID-19治疗的关键吗?
了解固有无序蛋白的重要​​功能及其在 COVID-19 治疗中的关键作用。

Article

picture of brain
Emerging Science
Le lien entre votre microbiome intestinal et la dépression et l'anxiété
Le microbiote intestinal, la flore intestinale ou le microbiome sont les micro-organismes qui vivent dans le tube digestif des humains et des autres animaux. Si certaines bactéries sont associées à...

Article

picture of brain
Emerging Science
How Your Gut Microbiome is Linked to Depression and Anxiety
Gut microbiota, gut flora, or microbiome are the microorganisms that live in the digestive tracts of humans and other animals. While some bacteria are associated with disease, others are particularly...

Article

picture of brain
Emerging Science
장내 마이크로바이옴과 우울증, 불안의 연관성
장내 미생물군, 장내 세균 또는 마이크로바이옴은 인간 또는 다른 동물의 소화관에서 생존하는 미생물입니다. 일부 박테리아는 질병과 관련이 있는...

Article

picture of brain
Emerging Science
Relación del microbioma intestinal con la depresión y la ansiedad
La microbiota intestinal —también llamada flora o microbioma intestinal— es el conjunto de microorganismos que viven en el tracto gastrointestinal de los seres humanos y otros animales. Si bien...

Article

picture of brain
Emerging Science
Como seu microbioma intestinal está ligado à depressão e ansiedade
Microbiota intestinal, flora intestinal ou microbioma são os micro-organismos que vivem no trato digestivo de humanos e outros animais. Enquanto algumas bactérias estão associadas a doenças,...

Article

Use of lipid nanoparticles in cancer therapy
Biotechnology
脂质纳米颗粒：癌症治疗的重要参与者
脂质纳米颗粒是制药行业以及医学成像、化妆品和营养等领域的关键治疗载体。 了解脂质纳米颗粒如何应用于癌症治疗及其在纳米医学领域的前景。

Article

Use of lipid nanoparticles in cancer therapy
Biotechnology
Lipid Nanoparticles – Key Players in Cancer Treatment
Lipid nanoparticles are key therapeutic vehicles in the pharmaceutical industry, as well as medical imaging, cosmetics, nutrition and more. Discover how lipid nanoparticles are applied in cancer...

Article

Use of lipid nanoparticles in cancer therapy
Biotechnology
Nanopartículas lipídicas: elementos esenciales en el tratamiento del cáncer
Las nanopartículas lipídicas son vehículos terapéuticos esenciales en el sector farmacéutico, así como en los campos de la captura de imágenes médicas, los cosméticos o la nutrición, entre...

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
Relever le défi de la distribution des vaccins à l'échelle mondiale
La production de vaccins contre la COVID-19 est limitée par la production de nanoparticules lipidiques, mais l'utilisation de la technologie microfluidique a permis de produire avec succès des...

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
Tackling the Global Vaccine Distribution Challenge
COVID-19 vaccine production is limited by the output of lipid nanoparticles, but use of microfluidic technology has been successful in producing lipid nanoparticles.

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
Enfrentando o desafio global de distribuição de vacinas
A produção da vacina contra a covid-19 está limitada pela produção de nanopartículas lipídicas, mas o uso da tecnologia microfluídica tem sido bem-sucedida na produção destas...

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
世界的なワクチン供給の課題への取り組み
COVID-19ワクチンの製造は、脂質ナノ分子の生産量によって限度があります。しかし、微小流体技術の使用による脂質ナノ粒子の生産に成功しました。...

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
Cómo abordar el desafío de la distribución global de vacunas
La producción de las vacunas de la COVID-19 está limitada por el suministro de nanopartículas lipídicas, pero el uso de la tecnología de microfluidos ha logrado producir estas nanopartículas.

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
应对全球疫苗分布挑战
COVID-19 疫苗生产受限于脂质纳米粒的产量，目前应用微流体技术已成功生产脂质纳米粒。

Article

microfluidics for improved production of lipid nanoparticles for vaccines
Emerging Science
전세계 백신 배포 과제 해결
COVID-19 백신 생산은 지질 나노 입자 생산의 영향을 받지만 미세 유체 기술로 지질 나노 입자를 성공적으로 생산해 왔습니다.

Article

Sustainability
Can plastic eating super-enzymes solve our destructive plastic problem?
An overview of research on how microbial enzymes can break down plastics, which could otherwise take hundreds of years to degrade.

Article

Sustainability
吃塑料的超级酶能解决严峻的塑料问题吗？
一篇关于微生物酶如何分解塑料的研究概述。如果没有微生物酶，塑料可能需要数百年时间才能降解。

Article

Sustainability
プラスチックを「食べる」スーパー酵素はプラスチック問題を解決できるか
通常なら数百年かかるところを、微生物の酵素がいかにプラスチックを分解するかに関する研究の概要です。

Article

Sustainability
¿Pueden las superenzimas devoradoras de plástico resolver nuestro problema con la capacidad destructiva de los plásticos?
Un análisis general de la investigación sobre las enzimas microbianas capaces de descomponer plásticos que, de lo contrario, tardarían cientos de años en degradarse.

Article

Sustainability
As superenzimas que comem plástico podem resolver nosso problema destrutivo com plásticos?
Uma visão geral da pesquisa sobre como as enzimas microbianas podem decompor plásticos, que de outra forma poderia levar centenas de anos para se degradar.

Article

Sustainability
Les super-enzymes dévoreuses de plastique peuvent-elles résoudre notre dévastateur problème de plastique ?
Une présentation générale de la manière dont les enzymes microbiennes peuvent décomposer les matières plastiques, processus qui demanderait normalement des siècles.

Article

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