Biomaterials Break Physical Barriers to Boost Drug Delivery in Tumors
For decades, the story of cancer drug delivery has been dominated by chemistry: better ligands, smarter polymers, more potent payloads. ...
For decades, the story of cancer drug delivery has been dominated by chemistry: better ligands, smarter polymers, more potent payloads. ...
In a discovery that is already rippling across the cancer research community, scientists in China have found that a common ...
Scientists are proposing a new way to think about why cancer immunotherapy works for some patients and fails for others, ...
A comprehensive review finds that patient-derived tumor organoid co-culture with immune cells offers the most physiologically faithful platform yet for ...
A perspective proposes programmable nano-immunoadjuvants to amplify and sustain the antitumor immune responses initiated by radiotherapy.
Cancer treatments that stop tumors from growing may also leave behind a potentially dangerous population of “undead” cells, according to ...
Colorectal cancer is increasingly understood not only as a disease of malignant epithelial cells, but also as a disorder shaped ...
Gastric cancer may be exploiting a little-known metabolic molecule to disable the immune system, according to research from Keio University ...
Cancer cells may become harder for the immune system to detect when high blood sugar meets the physical pressures of ...
Cancer immunotherapy has transformed treatment for some patients, yet many solid tumors remain protected by a hostile biological environment that ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine