Amazing Nanoparticles from Maize: A Potent and Economical Anti-Cancer Therapeutic

https://www.tus.ac.jp/en/mediarelations/archive/20220214_5834.html

"cNPs only significantly inhibited the growth of colon26 cells, indicating their selectivity for carcinogenic cell lines... TNFα is primarily secreted by macrophages, natural killer cells, and lymphocytes―three key ingredients of our highly evolved immune system and which help mount an anticancer response. "The strong TNFα response was encouraging and indicated the role of cNPs in treating various types of cancer"

Related:

Comprehensive Cancer Treatment Technique Developed by IBS and UNIST

In Mice, a Potential New Treatment Eradicates Ovarian And Colorectal Cancer in Days

Stealth nanomedicines combat cancer and cut toxic effects of chemo

Scientists discover part of the origins of metastasis


Laser flashes for cancer research: Research team achieves milestone in proton irradiation

'Nanocapsules' provide new solution for efficient cancer chemodynamic therapy

Microbial Cocoon Helps Cells Penetrate, Shrink Tumors

Novel therapeutic strategy shows promise against pancreatic cancer

CAR T cell immunotherapy for solid tumors? First, you have to break the cancers' sugar shield

Researchers identify new targets for immunotherapy in colon cancer

Biodegradable Gel Boosts Immune System’s Attack on Cancer After Tumors Are Surgically Removed

Simple delivery method enhances a promising cancer treatment

Treatment which ‘switches off’ cancer cells and limits tumour growth, could make aggressive brain tumour easier to

New 'killer' immunotherapy shows early promise in range of solid tumors

Tumors partially destroyed with sound don't come back

A new technique successfully fried up to 75 percent of tumors using ultrasound

Researchers find genetic 'Achilles heel' in ovarian and uterine cancers

A new pathway to shrink cancerous tumors through body's immune cells

New prostate cancer treatment: NanoKnife uses electricity to kill cancer cells

Drugs targeting cell recycling could be used to suffocate cancer cells

These molecular drills kill cancerous cells and antibiotic-resistant bacteria

UTSW researchers develop microbubble technology to enhance cancer immunotherapy


Researchers discover new leukemia-killing compounds

Conceptual study looks at nanocapsules for scaling up the power of nanotechnology

Comments