Review of fludarabine cellular pharmacology shows up to 14.5-fold exposure variability in hematological malignancy patients
Drug exposure varies wildly in patients receiving fludarabine for blood cancers
This review examines fludarabine cellular pharmacology, specifically transport and metabolism, in patients receiving the medication for hema…
Drug exposure varies up to 14.5-fold between patients receiving fludarabine, directly linking low levels to treatment failure and death.
Narrative review discusses adapter-based CAR T cells for solid tumors and hematological malignancies
Adapter-based CAR T cells face hurdles in treating solid tumors and blood cancers
This narrative review examines the potential of adapter-based CAR T cells across multiple cancer types, including solid tumors and hematolog…
A review highlights that making these cells is hard work and they struggle against solid tumors, limiting their current use.
Detection of TP53 variants distinguishes germline and somatic clonal expansions with associated cancer risk in UK Biobank participants
Hidden Blood Mutations Rewrite Cancer Risk Rules For Millions
This observational analysis of UK Biobank data examined TP53 variants to distinguish germline from somatic clonal expansions and assess asso…
Many scary cancer gene findings in blood tests are not inherited but acquired later in life, changing how doctors assess risk for millions.
Research across Hematologic Malignancies
Related studies from across the Hematologic Malignancies family.
TET2 functions as a tumor suppressor in myeloid malignancies and immunomodulator in solid tumors
TET2 protein acts as a key regulator in several diseases
This systematic review examines the role of TET2 across various conditions including hematological malignancies, solid tumors, and inflammat…
A key protein called TET2 helps control cell behavior and may play a major role in treating cancer and inflammatory conditions.
Mitochondrial engineering enhances CAR-T cell therapy for solid and blood cancers
New cell therapy upgrade helps immune cells survive longer in tumors
A mini-review explores mitochondrial engineering strategies to boost CAR-T cell efficacy against solid and hematological malignancies, highl…
A new approach to engineering immune cells could solve a major problem: why they stop working inside solid tumors.
Systematic review of advancements and challenges in NK cell immunotherapy for malignancies
New NK cell therapies show promise for treating cancer
This systematic review evaluates Natural Killer (NK) cell immunotherapy, including CAR-NK, BiKEs, TriKEs, and CIML-NK cells, for hematologic…
New ways to use Natural Killer cells could help fight cancer while keeping the risk of dangerous immune reactions very low.
Systematic review of pharmacist-led interventions in hematological malignancies
Pharmacists Help Blood Cancer Patients Avoid Dangerous Drug Risks
This systematic review of 33 studies examined pharmacist-led interventions for patients with hematological malignancies.
Adding a pharmacist to your care team can make taking complex medicines safer.