Kenneth M Busby

Dr. Kenneth M Busby

orcid

Research Focus & Metrics

Academic Career Length

2Years (2025-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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22 July 2025 in Children
Verified
Journal Article
Open access
PDF file
HSHolly L Spraker-Perlman
Holly L Spraker-Perlman
KBKenneth M Busby
Kenneth M Busby
ALAmy Ly
Amy Ly
MMMargaret Meyer
Margaret Meyer
JBJustin N. Baker
Justin N. Baker
DLDeena Levine
Deena Levine
Background/Objectives: Children with cancer suffer due to the underlying disease and prescribed cancer-directed therapies, and non-pharmacologic modalities may offer improved symptom control without additional medications. We sought to elicit knowledge, attitudes, and beliefs of Pediatric Hematology Oncology (PHO) providers surrounding the incorporation of acupuncture for symptom management for their patients. Methods: A cross-sectional survey instrument was created, formatted, and delivered to physicians and advanced practice providers (APPs) at a single US pediatric cancer center. Survey responses were summarized by descriptive statistics. Results: A total of 78 PHO clinicians participated (response rate 29%). Most participants were interested in learning more about acupuncture (n = 42, 56.0%), yet rarely (n = 17, 22.7%) or never (n = 46, 61.3%) recommend acupuncture to patients. Most (n = 51, 73.9%) noted that they would support institutional development of an acupuncture program. Over half (n = 37, 52.2%) indicated their threshold for minimum hematologic indices for acupuncture includes a platelet count greater than 20,000 and absolute neutrophil count (ANC) greater than 500 (n = 37, 54.4%). Approximately two-thirds (n = 52, 66.7%) of participants noted that acupuncture could improve their patient’s quality of life, and most (n = 46, 67.6%) were not worried about harm. Conclusions: Acupuncture for symptom management is an evidenced-based, guideline-concordant recommendation for adults with cancer, but robust data in the pediatric oncology population are lacking. PHO providers do not routinely recommend acupuncture for patients but note that it may improve quality of life. Given their high symptom burden, rigorous studies of non-pharmacologic strategies for pediatric symptom management are vital. Acupuncture should be examined as a potential beneficial adjunct.

29 January 2026 in Pediatric Blood & Cancer
Verified
Journal Article
Closed access
AKAlexia Kessler
Alexia Kessler
AWAlexis C. Wardell
Alexis C. Wardell
JBJessica Buddenbaum
Jessica Buddenbaum
MLMelissa Luna
Melissa Luna
DADonya Abosaba
Donya Abosaba
CPCammie Moore Presler
Cammie Moore Presler

15 March 2026 in Pediatric Blood & Cancer
Verified
Journal Article
Open access
PDF file
KBKenneth M Busby
Kenneth M Busby
NWNathaniel Webb
Nathaniel Webb
JAJaveria Aijaz
Javeria Aijaz
FAFederico Antillon‐Klussmann
Federico Antillon‐Klussmann
VSVaskar Saha
Vaskar Saha
MRMegan C. Roberts
Megan C. Roberts
Background: Inaccurate or imprecise diagnosis is a major contributor to treatment failure for children with cancer in low‐ and middle‐income countries (LMICs). Sequencing‐based diagnostic testing presents an opportunity to overcome diagnostic deficiencies. It is important to identify facilitators and barriers which are common to the implementation of sequencing‐based diagnostics in LMICs. Procedure: Pediatric oncology research collaborators at six hospitals in LMICs were invited to participate in the study. Snowball sampling identified additional participants. Thirty‐nine virtual, semi‐structured interviews were conducted using interview guides informed by the Consolidated Framework for Implementation Research (CFIR) with suggested adaptations for LMICs. Rapid qualitative analysis was conducted to identify facilitators and barriers to the implementation of diagnostic sequencing for pediatric cancers. Barriers were then matched with expert recommendation for implementation change (ERIC) strategies. Results: Implementation facilitators and barriers were organized by CFIR construct. Predominant facilitators were relative advantage, culture, collective efficacy, self‐efficacy, patient needs and resources, leadership engagement, knowledge and beliefs, tension for change, monitoring services for action, and implementation climate. Key barriers to implementation were cost, available resources, resource continuity, engaging participants, and resource source. Conclusions: Participants communicated that the lack of diagnostic classification for pediatric cancer in LMICs is a common key limitation to current cancer care. They described considerable motivating strengths to leverage toward this goal of developing sequencing‐based diagnostic testing capacity. Resource availability, continuity, and sustainability are current barriers that must be addressed. Our data highlight the urgent need for creative global implementation partnerships as many centers in LMICs are poised to advance novel diagnostic solutions.