Articles tagged with Abc Transporters
Researchers investigated the molecular mechanism of Fuzi's cardioprotective effects on heart failure. Fuzi water decoction and alkaloids were found to regulate apoptosis, proliferation, and anti-fibrosis in heart failure models, with ABC transporters potentially being a key pathway for their action.
Researchers from Leiden University discuss targeting ABC transporters in pancreatic ductal carcinoma (PDAC), a cancer with poor survival rates. The authors highlight the potential of inhibiting ABC transporters to overcome chemoresistance and suggest developing stratification protocols to identify patients most likely to benefit.
Researchers identify critical genes and transport systems in E. coli that enable rapid growth despite sterile urine environment. ABC transporters appear crucial for infection, with inhibitors potentially slowing bacterial growth and complementing antibiotic efforts.
Lichen-forming fungi have evolved unique gene clusters to produce orange 'sunscreen' pigments, allowing them to thrive in sunny environments. The discovery of a critical ABC transporter gene within the pigment gene cluster provides a potential hypothesis for toxicity avoidance in these organisms.
A recent yeast study found that combining gene deletions can lead to increased drug sensitivity, while some combinations result in hyper-resistance. Researchers used a model system to demonstrate the impact of perturbing many different gene combinations.
Frankfurt researchers successfully decrypted all stages of the transport mechanism of ABC transporters, a crucial protein complex responsible for resistance to antibiotics and chemotherapy. The team used cryo-electron microscopy to obtain high-resolution images of the transporter in motion.
Researchers have used a novel fluorescence-based imaging technique to track shape changes in pore proteins that export molecules into the extracellular medium. The study provides insights into the mechanisms underlying protein function and could lead to new therapeutic opportunities for disorders such as cystic fibrosis.
Researchers have determined the structure of an ABC transporter complex, enabling targeted therapeutic approaches to combat antibiotic resistance and cancer cell defense. The study's breakthrough has significant implications for treating cystic fibrosis, bacterial infections, and cancer.
Scientists discovered that ABC transport proteins, found in glandular cells of leaf beetle larvae, enable the accumulation of defensive substances like salicyl aldehyde. This process allows the larvae to save energy by synthesizing toxins only when needed.
Researchers have successfully decoded the atomic structure of the TM287/288 ABC transporter, a heterodimeric protein involved in antibiotic resistance and metabolic disorders. This breakthrough could lead to the development of new treatments against multi-resistant bacteria and tumors.