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BEGIN:VEVENT
UID:20260725T085019Z - 80053@eupv304
DTSTART;TZID=Europe/Brussels:20260407T160000
DTEND;TZID=Europe/Brussels:20260407T163000
CREATED:20260725T085019Z
DESCRIPTION:<a href="https://www.analis.com/event/webinar-applying-cell-sor
 ting-in-clinical-immunology-research-285/register">Webinar - Applying Cell
   Sorting in Clinical Immunology Research</a>\nApplying Cell Sorting in Cl
 inical Immunology Research BECKMAN COULTER WEBINAR - April 7\, 2026 - 4 pm
  UTC JOIN US & BOOK YOUR SEAT Can't attend live? You should still register
 ! We'll send out the recording after the webinar to all registrants. Hope 
 to see you there! If you’d like to learn how cell sorting can enable mor
 e precise molecular and functional analysis in clinical immunology researc
 h\, this webinar is for you. Dr. Luis Allende from the University of Madri
 d will present real-world examples from a clinical immunology department t
 o illustrate how to apply cell sorting in clinical diagnostics and transla
 tional research. After an overview of lymphoproliferative disorders in inb
 orn errors of immunity\, Dr. Allende will present three focused case studi
 es. By the close of the webinar\, you will know: How cell sorting lets you
  detect and validate somatic mutations in autoimmune lymphoproliferative s
 yndrome\, and how it enables molecular characterization in large granular 
 lymphocyte leukemiaHow to use isolated immune cell subsets for functional 
 epigenetic validation of candidate variants (e.g.\, TET2)Practical sorting
  strategies to ensure purity and downstream assay compatibility for immuno
 logy research and diagnostics You will see how cell sorting enables molecu
 lar characterization of somatic autoimmune lymphoproliferative syndrome (s
 ALPS)\, supports functional validation of a TET2 candidate variant through
  epigenetic analysis\, and aids the study of molecular variants in large g
 ranular lymphocyte leukemia (LGLL). Together\, these examples demonstrate 
 how isolating specific immune cell populations can uncover low-level somat
 ic variants and clarify disease mechanisms.
DTSTAMP:20260725T085019Z
LOCATION:1000 Brussels\, Belgique
SUMMARY:Webinar - Applying Cell  Sorting in Clinical Immunology Research
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.analis.com/event/webinar-
 applying-cell-sorting-in-clinical-immunology-research-285/register">Webina
 r - Applying Cell  Sorting in Clinical Immunology Research</a>\nApplying C
 ell Sorting in Clinical Immunology Research BECKMAN COULTER WEBINAR - Apri
 l 7\, 2026 - 4 pm UTC JOIN US & BOOK YOUR SEAT Can't attend live? You shou
 ld still register! We'll send out the recording after the webinar to all r
 egistrants. Hope to see you there! If you’d like to learn how cell sorti
 ng can enable more precise molecular and functional analysis in clinical i
 mmunology research\, this webinar is for you. Dr. Luis Allende from the Un
 iversity of Madrid will present real-world examples from a clinical immuno
 logy department to illustrate how to apply cell sorting in clinical diagno
 stics and translational research. After an overview of lymphoproliferative
  disorders in inborn errors of immunity\, Dr. Allende will present three f
 ocused case studies. By the close of the webinar\, you will know: How cell
  sorting lets you detect and validate somatic mutations in autoimmune lymp
 hoproliferative syndrome\, and how it enables molecular characterization i
 n large granular lymphocyte leukemiaHow to use isolated immune cell subset
 s for functional epigenetic validation of candidate variants (e.g.\, TET2)
 Practical sorting strategies to ensure purity and downstream assay compati
 bility for immunology research and diagnostics You will see how cell sorti
 ng enables molecular characterization of somatic autoimmune lymphoprolifer
 ative syndrome (sALPS)\, supports functional validation of a TET2 candidat
 e variant through epigenetic analysis\, and aids the study of molecular va
 riants in large granular lymphocyte leukemia (LGLL). Together\, these exam
 ples demonstrate how isolating specific immune cell populations can uncove
 r low-level somatic variants and clarify disease mechanisms.
END:VEVENT
END:VCALENDAR