The advent of inexorable human, and industrial activities as well as the input of nature has impacted the environment by releasing Heavy Metals into the aquatic system. Hence, the physical removal of hazardous HM remains a demand of the day. This review envisages the use of agro-waste with the incorporation of nanotechnology for the removal of HM from aquatic systems. The focus is on plant parts, plant metabolites, and plant-cellulose-derived Carbon Nanofibers (CNF) as materials used for the removal of Heavy Metals. Owing to their high surface area, high mechanical strength, greater chemical reactivity due to the presence of dangling bonds, non-toxicity, high porosity,channel-like morphology, and lower costas the precursor, energy-efficient production; makes CNF an effective adsorbent of Heavy Metals.CNF synthesized from agro-waste and plant-metabolite to adsorb Heavy Metals; as well as acts as a filtration base has been touched upon with the hope of bridging the gap between ever-increasing demand and available clean water. A brief introduction to the CNF, its structure, properties as well as common methods of synthesis of CNF is given. Moreover, Physico-Chemical and Biological methods that are being used is also touched upon. The article suggests the need for innovative, low-cost, and environmentally friendly surface modification techniques and the use of agro-waste-derived CNF for the removal of HM from water.
Effective decompression of the cyst, which is achieved by creating a "window" in the bone cavity, allows not only sanitizing the cyst cavity with antiseptic solutions, but also obtaining the necessary histological material (bone material and cyst shell) for further research. Subsequent filling of the bone cavity defect with newly formed bone tissue occurs as a result of secondary osteogenesis.
Effective decompression of the cyst, which is achieved by creating a "window" in the bone cavity, allows not only sanitizing the cyst cavity with antiseptic solutions, but also obtaining the necessary histological material (bone material and cyst shell) for further research. Subsequent filling of the bone cavity defect with newly formed bone tissue occurs as a result of secondary osteogenesis.
A 16-year-old girl with an asymptomatic large splenic cyst. The disease was discovered by an accidental ultrasound of the abdomen due to a urinary infection. The patient was followed up conservatively for 3 years, and after the gradual enlargement of the cyst, laparoscopic surgery was indicated. The operation and postoperative follow-up for a period of 6 months is satisfactory.
In this article it is reviewed the actual issues of simplification of proceedings with the aim of protection of rights and lawful interests of citizens, optimization the stages civil procedure in the term of legal reform is being conducted in the period of independence and put forward the proposals of author on development of this sphere.
Oral medicine is a specialty of dentistry related to the oral health care of patients with chronic, recurrent and drug-related diseases of the oral and maxillofacial area, as well as their diagnosis and non-surgical management. The following article looks into the specific types of oral surgery and the procedures.
This article presents a clinical case of the treatment of a mandibular radicular cyst from 3.6 teeth by creating a decompression "window", which allows the cyst volume to be reduced up to complete restoration of the bone structure as well as ensuring the integrity of the surrounding anatomical structures. The subsequent filling of the cavity with newly formed bone is due to secondary osteogenesis. This operation can be performed on an outpatient basis in a dental surgery room under local anesthesia
This article presents a clinical case of the treatment of a mandibular radicular cyst from 3.6 teeth by creating a decompression "window", which allows the cyst volume to be reduced up to complete restoration of the bone structure as well as ensuring the integrity of the surrounding anatomical structures. The subsequent filling of the cavity with newly formed bone is due to secondary osteogenesis. This operation can be performed on an outpatient basis in a dental surgery room under local anesthesia
This article was written on the basis of a Decree of Republic of Uzbekistan PF-4850 on “Measures to strengthen further reforms of the judicial system and ensure the protection of the rights and freedoms of citizens” on 21 st of October, 2016. It includes one of the priority directions of further reforming of the judicial system to ensure the protection of the rights and freedoms of citizens, current conditions of removing state condemnation, international experience in this area and some recommendations related to legislation system.
The histological structure of the extrahepatic bile ducts in rabbits in normal conditions and after removal of the gallbladder.
The present study investigates the potential utilization of eucalyptus bark, an abundantly available agricultural waste, as a precursor for the synthesis of high surface area activated carbon. The activated carbon material is synthesized through a carbonization and activation process, followed by subsequent characterization using various analytical techniques. The synthesized activated carbon is evaluated for its effectiveness in removing methylene blue, a widely used textile dye and environmental pollutant. Batch adsorption experiments are conducted to assess the adsorption capacity and kinetics of methylene blue onto the eucalyptus bark-derived activated carbon. The results demonstrate the remarkable adsorption performance of the synthesized material, indicating its potential as a sustainable and cost-effective adsorbent for the removal of methylene blue from aqueous solutions.