The Janeway Lab (@janewaylab) 's Twitter Profile
The Janeway Lab

@janewaylab

The Janeway Lab at Dana-Farber Cancer Institute led by @janeway_MD

Focusing on genomics, precision oncology, and pediatric bone sarcomas

ID: 1483930103696420866

linkhttps://janewaylab.dana-farber.org/ calendar_today19-01-2022 22:31:39

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Katie Janeway (@janeway_md) 's Twitter Profile Photo

Alanna Church, MD Nature Medicine Alyaa Al-Ibraheemi Seth Pinches Brian Crompton Laura Macconaill Dana-Farber/Boston Children's Dana-Farber Boston Children's @SamVolchenboum The Janeway Lab It has been great working with Alanna Church, MD , colleagues from 16 institutions, and patients and families on this report from the GAIN consortium/iCat2 study addressing the clinical impact of targeted NGS in pediatric solid tumors. Collaboration is key for rare cancers!

Nature Medicine (@naturemedicine) 's Twitter Profile Photo

An interim report from the GAIN/iCat2 study shows that molecular profiling of pediatric solid malignancies clarifies diagnostic classifications and provides opportunities for matched targeted therapy Katie Janeway The Janeway Lab, Alanna Church, MD nature.com/articles/s4159…

Katie Janeway (@janeway_md) 's Twitter Profile Photo

Excited #CCDI Molecular characterization initiative of Children’s Oncology Group now enrolling #sarcoma! Molecular tumor profiling of enrolled patients Nationwide Children's Hospital is similar DNA and RNA sequencing as our study just published in Nature Medicine showing clinical benefit: nature.com/articles/s4159…

Excited #CCDI Molecular characterization initiative of <a href="/COGorg/">Children’s Oncology Group</a> now enrolling #sarcoma! Molecular tumor profiling of enrolled patients <a href="/nationwidekids/">Nationwide Children's Hospital</a> is similar DNA and RNA sequencing as our study just published in <a href="/NatureMedicine/">Nature Medicine</a> showing clinical benefit:
nature.com/articles/s4159…
Alanna Church, MD (@alannachurch_md) 's Twitter Profile Photo

Getting ready for my presentation 👩‍💼this afternoon at 3p ET. Please join us for this free webinar to get to know MIB Agents Osteosarcoma Alliance and to hear about how molecular profiling is helping #ChildhoodCancer The Nature Medicine paper is available here: rdcu.be/cQgmj

Nature Medicine (@naturemedicine) 's Twitter Profile Photo

An interim report from the GAIN/iCat2 study shows that molecular profiling of pediatric solid malignancies clarifies diagnostic classifications and provides opportunities for matched targeted therapy Katie Janeway The Janeway Lab Alanna Church, MD nature.com/articles/s4159…

Boston Children's News & Research (@bch_inthenews) 's Twitter Profile Photo

A new study published in Nature Medicine found that 86 percent of extracranial solid tumors in pediatric patients had genomic alterations. Learn more about the findings from lead author Dr. Alanna Church Alanna Church, MD in HealthDay News. bit.ly/3PSbW4y.

Stacy W. Gray (@stacywgray) 's Twitter Profile Photo

86% of pediatric cancer patients w extracranial solid tumors have genomic alterations that potentially impact clinical care. Important somatic sequencing results from the GAIN/iCAT2 study.Beautiful work Alanna Church, MD Katie Janeway The Janeway Lab et al. go.nature.com/3BP9c40

86% of pediatric cancer patients w extracranial solid tumors have genomic alterations that potentially impact clinical care. Important somatic sequencing results from the GAIN/iCAT2 study.Beautiful work <a href="/AlannaChurch_MD/">Alanna Church, MD</a> <a href="/janeway_MD/">Katie Janeway</a>  <a href="/JanewayLab/">The Janeway Lab</a>  et al.  go.nature.com/3BP9c40
The Janeway Lab (@janewaylab) 's Twitter Profile Photo

We are excited to share our recent publication in JCO Precision Oncology, "FGFR Oncogenic Alterations in Sequenced Pediatric Solid and Brain Tumors Suggest FGFR Is a Relevant Molecular Target in Childhood Cancer.” Thank you to all our collaborators and co-authors! ascopubs.org/doi/abs/10.120…

We are excited to share our recent publication in 
<a href="/JCOPO_ASCO/">JCO Precision Oncology</a>, "FGFR Oncogenic Alterations in Sequenced Pediatric Solid and Brain Tumors Suggest FGFR Is a Relevant Molecular Target in Childhood Cancer.” Thank you to all our collaborators and co-authors! 

ascopubs.org/doi/abs/10.120…
Count Me In (@count_me_in) 's Twitter Profile Photo

Join us, Dana-Farber, and National Cancer Institute on May 25 for an informational webinar to hear more about our work in #osteosarcoma (OS) and #leiomyosarcoma (LMS) research. Register at: bit.ly/OSLMSNCI. PE-CGS #CancerMoonshot #HealthEquity #Oncology #PatientResearch #PECGS

Join us, <a href="/DanaFarber/">Dana-Farber</a>, and <a href="/theNCI/">National Cancer Institute</a> on May 25 for an informational webinar to hear more about our work in #osteosarcoma (OS) and #leiomyosarcoma (LMS) research. Register at: bit.ly/OSLMSNCI. <a href="/PECGSnetwork/">PE-CGS</a> #CancerMoonshot #HealthEquity #Oncology #PatientResearch #PECGS
Katie Janeway (@janeway_md) 's Twitter Profile Photo

It is the anniversary of our patient partnered osteosarcoma project — osproject.org — creating a clinico-genomic database for the research community to drive discovery. Patients enroll online. Consider referring your patients during #childhoodcancerawareness month

Katie Janeway (@janeway_md) 's Twitter Profile Photo

New work from the The Janeway Lab reporting on a pediatric cancer patient cohort sequenced Dana-Farber with 95! different cancer diagnoses. So important to share data to learn about Rare Cancer rdcu.be/dNt1d

New work from the <a href="/JanewayLab/">The Janeway Lab</a> reporting on a pediatric cancer patient cohort sequenced <a href="/DanaFarber/">Dana-Farber</a> with 95! different cancer diagnoses. So important to share data to learn about <a href="/RareCancer/">Rare Cancer</a> rdcu.be/dNt1d