Wanted pages
From Glioblastoma Treatments
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List of non-existing pages with the most links to them, excluding pages which only have redirects linking to them. For a list of non-existent pages that have redirects linking to them, see the list of broken redirects.
Showing below up to 50 results in range #251 to #300.
- Not applicable; studies focus on biomolecular impacts rather than direct survival outcomes (1 link)
- Not applicable; studies focus on cellular and symptom management rather than direct survival outcomes (1 link)
- Not applicable; the majority of evidence is from preclinical studies, without detailed human data on overall survival impacts. (1 link)
- Not detailed; dendritic cell vaccines are generally well-tolerated with mild side effects. (1 link)
- Not directly specified; chloroquine shown to induce remission rates without increasing adverse events significantly (1 link)
- Not explicitly detailed; similar immunotherapy treatments often include flu-like symptoms, injection site reactions, fatigue (1 link)
- Not extensively documented; generally considered safe with potential for mild digestive upset (1 link)
- Not fully established; dramatic and rapid tumor regression observed in initial patients (1 link)
- Not specifically documented; as a naturally occurring compound in fruits and nuts, it is generally considered safe (1 link)
- Not specifically documented; cannabinoids are generally considered to have a favorable safety profile, but specific studies on CBG's side effects are limited (1 link)
- Not specifically documented; clinical trials have shown mixed results, with some indicating significant benefit when added to standard chemotherapy protocols (1 link)
- Not specifically documented; research highlights increased survival and potential for enhanced treatment efficacy (1 link)
- Not specifically mentioned; dietary supplements like GLA are generally well-tolerated (1 link)
- Not specifically mentioned; research primarily focused on overall survival and symptomatic relief (1 link)
- Not specified, typical of nitrosoureas may include myelosuppression, nausea, and liver enzyme elevation (1 link)
- Not specified; efficacy primarily reported in terms of overall survival and response rates in available studies (1 link)
- Not specified; has been used in Japan with a good post-marketing safety profile (1 link)
- Not specified; ongoing studies for cancer-specific outcomes (1 link)
- Not specified; primary focus has been on edema reduction and potentially improved quality of life (1 link)
- Not specified; research focuses on enhancing therapeutic profiles while minimizing toxicity (1 link)
- Not specified; studies have focused on steroid requirements and edema control (1 link)
- Not specified in provided details (1 link)
- Not specified in the provided information (1 link)
- Not specified in the recent analysis (1 link)
- Ongoing optimization of thalidomide analogues (1 link)
- Ongoing research and clinical trials (1 link)
- Phase-2 and Phase-3 trials (1 link)
- Phase 1 (1 link)
- Phase 1 (INCIPIENT trial among others) (1 link)
- Phase 1 and Phase 2 trials (1 link)
- Phase 2 (1 link)
- Phase 2 (based on ongoing and completed trials for various cancer types) (1 link)
- Phase 2 (ongoing evaluation in GBM AGILE for various GBM subtypes) (1 link)
- Phase 2 and 3 (for different cancers); early-stage trials for GBM (1 link)
- Phase 2 clinical trial in 2021 indicated for glioblastoma (1 link)
- Phase 2 trial for glioblastoma with Sativex combined with temozolomide (1 link)
- Phase 3 (EF-14 Trial); Phase 3 TRIDENT trial ongoing (1 link)
- Phase 3 (Germany) (1 link)
- Phase 3 for ALS and DCM, Phase 3-ready for Progressive MS, Phase 2 for glioblastoma, Long COVID, and substance use disorder (1 link)
- Phase I/II (1 link)
- Phase I/II trials in combination with other therapies (1 link)
- Phase III (Europe for Gliadel) (1 link)
- Phase III for newly diagnosed GBM was discontinued; Phase II for recurrent GBM showed promising results (1 link)
- Phase II and III for metronomic dosing schedules (1 link)
- Phase II clinical trials and retrospective studies for GBM (1 link)
- Phase I pharmacodynamics trial at Washington University, ongoing research (1 link)
- Potential side effects are not well-documented due to its primary use in research; however, as with many natural compounds, potential for gastrointestinal upset exists. (1 link)
- Preclinical (rodent studies) (1 link)
- Preclinical and early clinical trials (e.g., prostate cancer study at UCLA) (1 link)
- Preclinical studies and a retrospective safety and tolerability study in glioma patients (1 link)