Natural products such as camel milk,a nutritional powerhouse with a high content of proteins,vitamins,lipids,amino acids,oligosaccharides,nucleotides and minerals,offer numerous health benefits.Both camel milk and uri...Natural products such as camel milk,a nutritional powerhouse with a high content of proteins,vitamins,lipids,amino acids,oligosaccharides,nucleotides and minerals,offer numerous health benefits.Both camel milk and urine are known for their remarkable properties,including antiviral,anticancer,hypoglycemic,antioxidant,antifungal and antibacterial effects.In particular,lactoferrin,a globular glycoprotein found in camel’s milk,has strong antioxidant,antimicrobial and anti-inflammatory properties.Camel milk also contains immunoglobulins and lysozyme,which contribute to its antibacterial and anti-inflammatory properties.These camel secretions have shown promising potential in cancer therapy,with applications in the treatment of breast,hepatocellular and lung cancer.Particularly intriguing is the fact that camel urine has quickly taken center stage in the development of new drugs for various diseases.This review comprehensively examines the antioxidant and antimicrobial properties of camel milk and urine.It also delves into the fascinating world of nano biomolecules in the physiological fluids of camels,demonstrating their ability to penetrate tissue and exhibit exceptional stability under extreme conditions.The fusion of nano technology and compositional characteristics of camel milk and urine holds great promise for the development of novel medical substances specifically tailored for cancer treatment.展开更多
Stress-related conditions are a product of modern practices,and different treatments,such as meditation,yoga,and antistress medications,are utilized to reduce disincentive stress impact.Herbal medicines are rescued hu...Stress-related conditions are a product of modern practices,and different treatments,such as meditation,yoga,and antistress medications,are utilized to reduce disincentive stress impact.Herbal medicines are rescued humanity from a variety of illnesses,and they could be able to provide adequate responses to stress-induced disturbances.In this article,bovine serum albumin(BSA)microparticles comprising germinated seeds wheat-ginger,germinated seeds wheat-rosemary loaded BSA microparticles(GSW-ROS-MPs),germinated seeds wheat-asafoetida loaded BSA microparticles(GSW-ASA-MPs),ginger-rosemary loaded BSA microparticles(GIN-ROS-MPs),resveratrol-ginger microspheres(RES-GIN-MSs),resveratrol-rosemary microspheres(RES-ROS-MSs),resveratrol-asafoetida microspheres(RES-ASA-MSs),and asafoetida-ginger microspheres(ASA-GIN-MSs)were enhanced to improve the biopharmaceutical features of the neutral compounds.While all MPs kinds synthesized had a so-called spherical morphology,the microspheres were found to be non-porous and with a smooth spherical surface morphology.The antiradical activities were tested.Antioxidant activities of RES-ASA-MSs and GIN-ROS-MPs were found to be higher.Therefore,BSA-containing RES-ASA-MSs and GIN-ROS-MPs can be alternative systems for improving the features of these compounds and administering them therapeutically effectively.In conclusion,all prepared compounds in the present study displayed substantial in vitro free radical-scavenging capability which was dose dependent and be applicate in oxidative stress-based diseases.展开更多
文摘Natural products such as camel milk,a nutritional powerhouse with a high content of proteins,vitamins,lipids,amino acids,oligosaccharides,nucleotides and minerals,offer numerous health benefits.Both camel milk and urine are known for their remarkable properties,including antiviral,anticancer,hypoglycemic,antioxidant,antifungal and antibacterial effects.In particular,lactoferrin,a globular glycoprotein found in camel’s milk,has strong antioxidant,antimicrobial and anti-inflammatory properties.Camel milk also contains immunoglobulins and lysozyme,which contribute to its antibacterial and anti-inflammatory properties.These camel secretions have shown promising potential in cancer therapy,with applications in the treatment of breast,hepatocellular and lung cancer.Particularly intriguing is the fact that camel urine has quickly taken center stage in the development of new drugs for various diseases.This review comprehensively examines the antioxidant and antimicrobial properties of camel milk and urine.It also delves into the fascinating world of nano biomolecules in the physiological fluids of camels,demonstrating their ability to penetrate tissue and exhibit exceptional stability under extreme conditions.The fusion of nano technology and compositional characteristics of camel milk and urine holds great promise for the development of novel medical substances specifically tailored for cancer treatment.
文摘Stress-related conditions are a product of modern practices,and different treatments,such as meditation,yoga,and antistress medications,are utilized to reduce disincentive stress impact.Herbal medicines are rescued humanity from a variety of illnesses,and they could be able to provide adequate responses to stress-induced disturbances.In this article,bovine serum albumin(BSA)microparticles comprising germinated seeds wheat-ginger,germinated seeds wheat-rosemary loaded BSA microparticles(GSW-ROS-MPs),germinated seeds wheat-asafoetida loaded BSA microparticles(GSW-ASA-MPs),ginger-rosemary loaded BSA microparticles(GIN-ROS-MPs),resveratrol-ginger microspheres(RES-GIN-MSs),resveratrol-rosemary microspheres(RES-ROS-MSs),resveratrol-asafoetida microspheres(RES-ASA-MSs),and asafoetida-ginger microspheres(ASA-GIN-MSs)were enhanced to improve the biopharmaceutical features of the neutral compounds.While all MPs kinds synthesized had a so-called spherical morphology,the microspheres were found to be non-porous and with a smooth spherical surface morphology.The antiradical activities were tested.Antioxidant activities of RES-ASA-MSs and GIN-ROS-MPs were found to be higher.Therefore,BSA-containing RES-ASA-MSs and GIN-ROS-MPs can be alternative systems for improving the features of these compounds and administering them therapeutically effectively.In conclusion,all prepared compounds in the present study displayed substantial in vitro free radical-scavenging capability which was dose dependent and be applicate in oxidative stress-based diseases.
