What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

What is the difference between a Workflow and a Study?

A Workflow is a defined set of procedures and steps designed to capture a single experiment from start to finish. If the experiment is often repeated and metadata is collected during the process, a Workflow can be made into a Study to collect longitudinal data over time. As an example, a workflow could be Setting-Up Cytometer for Daily Use that describes that specific process, but that Workflow could be converted into a Study if it is important to collect Power-On Time or Sheath Tank Level data over time.

BD^® Research Cloud

Un écosystème unique pour les expériences de cytométrie en flux afin d'améliorer la visibilité, le travail d'équipe et l'efficacité de votre laboratoire.

Créer un compte gratuit

Présentation

Le BD^® Research Cloud (BD RC), construit par les créateurs du logiciel FlowJo™, vous aide à organiser vos projets, à gagner en visibilité et en contrôle de vos expériences et à collaborer rapidement et facilement avec vos collègues.

Il réduit le temps passé à déplacer des données d'un système à l'autre et fournit un outil pour concevoir votre prochain panel.

Inscrivez-vous dès aujourd'hui pour un compte gratuit sur bdresearchcloud.com

Download our BD^®Research Cloud (BD RC) brochure

BD^® Spectral Hotspot Matrix

Experience the future of spectral panel design with the BD^®Spectral Hotspot Matrix. This innovative tool, part of the BD^®Research Cloud, revolutionizes how you approach spectral panel design by predicting the unmixing-dependent spread for each fluorochrome, ensuring optimal performance without the guesswork.

CARACTÉRISTIQUES

Utilisez l'outil de sélection des réactifs dans le BD^® Research Cloud pour vous guider dans le processus de conception des panels de cytométrie en flux

BD est le leader de l'éducation en matière de conception de panels depuis les visites BD Horizon en 2014. L'outil Reagent Selector du BD® Research Cloud guide les utilisateurs à travers un processus de conception de panel :

Définissez, stockez et partagez les configurations de vos cytomètres pour les utiliser dans la conception des panels.
Utiliser le catalogue de réactifs BD et définir des fluorochromes personnalisés
Définissez votre propre inventaire de réactifs avec une licence premium
Définissez votre biologie en utilisant des populations prédéfinies et ajoutez votre densité d'antigènes.
Attribuez vos fluorochromes conformément aux principes BD Horizon.
Sélectionnez et commandez facilement des réactifs, partagez votre panel avec vos collègues ou demandez un devis.

Organisez vos projets à l'aide d'une plateforme de stockage sur un site unique qui vous permet de collaborer en groupe et de récupérer rapidement les données primaires et les métadonnées associées.

BD® Research Cloud et la fonctionnalité de flux de travail flexible peuvent vous aider à :

Conserver les données, les métadonnées et les ressources associées à une expérience, puis revenir facilement à ces informations au fur et à mesure que vous travaillez sur la publication.
Assigner des flux de travail à d'autres membres de votre organisation, et définir qui peut voir et participer à votre travail en utilisant la structure de groupe dans le BD RC.
Collaborer directement à partir du BD RC
Gérer les données sur le poste de travail de l'instrument et transférer les données aux utilisateurs de l'instrument à l'aide du stockage en nuage.

Optimisez le temps passé sur vos cytomètres de flux et annotez vos expériences pour les analyser à l'avance.

Avec le BD RC, vous pouvez :

Définir votre expérience en dehors du cytomètre, puis l’importer dans le logiciel BD FACSDiva™.
Disposez facilement votre échantillon sur votre plaque, saisissez les informations relatives à la conception de votre panel, définissez les mots-clés à capturer dans les fichiers FCS et définissez les tracés de votre expiration sans passer de temps supplémentaire au cytomètre pendant que vos cellules attendent d'être analysées.
Stockez et partagez les fichiers de l'espace de travail et les données sous-jacentes avec vos collègues, car le BD Research Cloud est également intégré au logiciel FlowJo™. Les modifications peuvent être facilement sauvegardées dans le BD RC pour permettre à d'autres personnes d'accéder à l'historique des versions d'analyse et de les sauvegarder.

Ajoutez encore plus de valeur à votre FlowJo Portal ID avec BD® Research Cloud.

Utilisez votre identifiant FlowJo Portal pour créer votre compte BD RC sur bdresearchcloud.com et bénéficiez d'un accès gratuit à la conception de panels et à l'intégration de workflow avec votre analyse FlowJo™.

Vous pouvez créer une organisation avec une licence Essentials gratuite pour un maximum de 10 utilisateurs afin d'organiser et de collaborer aux expériences de cytométrie de flux de votre laboratoire.

Les licences payantes Professionnelle et Premium sont disponibles pour les groupes de toute taille et offrent des fonctionnalités et un espace de stockage supplémentaires.

Demander un devis

"The BD^® Research Cloud (BD RC) is an ideal platform for organizing and storing data generated by the BD FACSDiscover^™ S8 Cell Sorter, which are too large to be kept on local desktops. It can automatically process the image files and link them to their corresponding FCS data which can then be loaded into a FlowJo workspace via the BD RC, allowing the associated images to be analyzed with BD CellView^™ Lens on either a Mac or PC workstation. This provides an efficient way to centralize the analysis of large, multimodal flow cytometry datasets."

Julie Burel, PhD., Senior Staff Scientist

Center for Infectious Disease and Vaccine Research

La Jolla Institute for Immunology

“I have been using BD^®Research Cloud to develop panels for flow experiments particularly with the BD FACSDiscover^™ S8 Cell SorterS8. The platform facilitates collaboration with BD personnel and lab members. It's intuitive, especially for panel workflow setup, making it easy to add markers and fluorophores. BD RC provides information on conflicting fluorophores to avoid selecting them and offers options for reagents, catalog numbers, and other details to streamline next steps.”

Fauzia Nurul Izzati, M.Sc. PhD Student

Edgar Lab

University of Toronto