Search or ask a question

How to treat pus cells in urine at home?

Multiplex polymerase chain reaction

Answers from top 7 papers

PDF

Open Access

More filters

Papers (7)	Insight
Book Chapter•DOI Examination of urine and pus S.H. Gillespie 01 Jan 1994	Pus should be aspirated by aseptic technique and sent to the laboratory with minimal delay, preferably in the syringe in which it was obtained.
Journal Article•DOI Surface immobilization of kanamycin-chitosan nanoparticles on polyurethane ureteral stents to prevent bacterial adhesion. Govindarajan Venkat Kumar, Chia-Hung Su, Palaniyandi Velusamy - Show less +2 more 20 Jul 2016-Biofouling 16 Citations	These findings suggest that the KMCSNP-immobilized PUS has the potential to prevent bacterial infection in the human urinary tract.
Open access•Journal Article•DOI Delayed Versus Same-Day Percutaneous Nephrolithotomy in Patients With Aspirated Cloudy Urine Masoud Etemadian, Ramin Haghighi, Ali Madineay, Adel Tizeno, Seyed-Mohammad Fereshtehnejad - Show less +4 more 01 Jan 2008-Urology Journal 11 Citations	In the absence of untreated recent UTI and aspiration of thick or foul pus, continuing PCNL can be safe while purulent urine is encountered.
Journal Article•DOI Treatment processes for source-separated urine. Max Maurer, Wouter Pronk, Tove A. Larsen - Show less +2 more 01 Oct 2006-Water Research 467 Citations	The review shows clearly that a wide range of technical options is available to treat collected urine effectively, but that none of these single options can accomplish all seven purposes.
Journal Article•DOI Multiplex Polymerase Chain Reaction for Microsatellite Analysis of Urine Sediment Cells: A Rapid and Inexpensive Method for Diagnosing and Monitoring Superficial Transitional Bladder Cell Carcinoma Riccardo Bartoletti, T. Tony Cai, Maurizio Dal Canto, Vieri Boddi, Gabriella Nesi, M. Piazzini - Show less +5 more 01 Jun 2006-The Journal of Urology 27 Citations	It should be considered an alternative method to urinary cytology and it should also be considered in the presence of urine sediment inflammatory cells.
Journal Article•DOI Pelvic abscess from enterobius vermicularis. Report of a case with cytologic detection of eggs and worms. Dilip K. Das, Shahed K. Pathan, Parsotam R. Hira, John Patrick Madda, Wael Fathi Hasaniah, Talib Hashim Juma - Show less +5 more 01 May 2001-Acta Cytologica 37 Citations	Cytologic examination of the pus is helpful in the diagnosis.
Journal Article•DOI “Decoy Cells” in Urine Massimo Gai, Giacomo Lanfranco, Giuseppe Paolo Segoloni - Show less +2 more 01 Dec 2005 11 Citations	Any kidney transplant unit should have the ability to detect decoy cells by phase-contrast microscopy on a spot urine.

My columns

Related Questions

How to treat UTI?5 answersThe treatment of urinary tract infections (UTIs) involves the use of antibiotics to eliminate the infection. Oral antibiotics are commonly used and have been effective in treating UTIs. However, the use of oral antibiotics can potentially disrupt the host microbiota, leading to dysbiosis. In cases where an intracellular urothelial bacterial reservoir is suspected, direct instillation of antibiotics into the urinary tract can be beneficial. In addition to antibiotics, there is a growing need for non-antibiotic alternatives for the treatment and prevention of UTIs. These alternatives include behavioral changes, dietary supplementation, probiotics, immunostimulants, and vaccines. Furthermore, targeting specific immune response regulators has shown promise in the treatment of UTIs. It is important to choose the appropriate treatment approach based on the specific characteristics of the UTI and the patient's condition.

How can I get rid of inflammation in my legs?10 answers

How can I reduce inflammation in my stomach at home?9 answers

How do I get rid of inflammation in my stool?10 answers

How to get rid of pus cells in urine naturally?6 answers

How to help pelvic inflammatory disease at home?10 answers

See what other people are reading

Why are internal voids in root canal obturation less relevant or less dangerous according to this study?

Internal voids in root canal obturation are considered less relevant or less dangerous due to their potential impact on treatment outcomes. Studies have shown that certain obturation techniques, such as GuttaFlow BioSeal and Elements Free, successfully fill irregularities like internal root resorption defects, reducing the presence of voids. Additionally, the study comparing calcium silicate-based sealers found that void volumes did not decrease with aging, emphasizing the importance of selecting appropriate obturation methods like single GP cone technique for suitable cases. Furthermore, research comparing different obturating techniques in primary molars highlighted that endodontic pressure syringes provided the best root canal obturation, minimizing voids and enhancing sealing abilities. Overall, these findings suggest that effective obturation techniques can mitigate the impact of internal voids on treatment success.Why is the application of using PCB technology for electrochemical biosensing important for continuous monitoring of prostate cancer biomarkers?

The application of PCB technology for electrochemical biosensing is crucial for continuous monitoring of prostate cancer biomarkers due to its ability to detect various biomarkers simultaneously, enhancing diagnostic accuracy. Electrochemical biosensors utilizing PCB technology offer a rapid, sensitive, and cost-effective approach for detecting specific biomarkers like β2M and PCA3 in urine samples, enabling early diagnosis and differentiation between local and metastatic prostate cancer. Additionally, the use of porous carbon nanomaterials in biosensors enhances the selectivity and sensitivity of detecting prostate-specific antigen (PSA), a key biomarker for prostate cancer, in blood samples, showcasing the potential for improved disease diagnostics. This integrated approach of PCB technology with diverse biomarker detection strategies underscores the significance of continuous monitoring for effective prostate cancer management.Does suprapatellar recess need to be aspirated before hyaluronic acid injection?

Aspiration before hyaluronic acid (HA) injection is a debated safety measure. Studies suggest that pre-injection aspiration may not always guarantee safe injection status due to potential false-negative results, especially with non-fluid fillers like HA. Factors influencing aspiration time include the filler's elastic modulus, cohesivity, and needle lumen size, with insufficient evidence for other associations like HA concentration or needle length. Proper technique, such as slow-pull retraction and waiting time, is crucial to ensure effective removal of filler from the needle. In vivo tests with rabbits showed positive aspiration results when the needle was primed with saline, emphasizing the importance of technique in preventing vascular embolism. Therefore, while the suprapatellar recess may not always need aspiration before HA injection, following recommended aspiration techniques is essential for safe and effective injections.What is the current stae of DNA testing for detecting diseases?

The current state of DNA testing for detecting diseases involves a significant focus on nucleic acid tests (NATs) for infectious diseases, genetic disorders, and human diseases. These tests offer high sensitivity, specificity, and the ability to multiplex, allowing for simultaneous detection of multiple markers. Advances in genetic testing have revolutionized the diagnosis of genetic syndromes and rare diseases affecting pediatric populations, transitioning from conventional methods to whole-genome approaches. Automated nucleic acid detection systems are crucial for high-throughput testing, especially in the context of outbreaks like COVID-19, emphasizing the importance of rapid and accurate results. Nanopore-based sequencing shows promise in providing high-resolution, single-molecule-based DNA sequencing, aiding in uncovering complex structural variants and disease-specific genomic sequences. These advancements in DNA testing are paving the way for more precise and efficient disease detection and personalized treatments.How many base pairs are in the LipL32 gene fragment of Leptospira?

The LipL32 gene fragment of Leptospira contains 786 base pairs, as confirmed by a study conducted in Kuala Lumpur, Malaysia, where genomic DNA was extracted from 18 native isolates of pathogenic leptospira, and all generated the expected 786 base pair band when using primers specific to the LipL32 gene. Additionally, a multiplex PCR method was used for the detection of pathogenic and non-pathogenic Leptospira based on the LipL32 gene, which resulted in a PCR product of 272 base pairs for the LipL32 gene. This information highlights the specific size of the LipL32 gene fragment in Leptospira, aiding in the molecular detection and differentiation of pathogenic strains.What is a reasonable statistical p-value for greenhouse experiments?

In greenhouse experiments, a critical statistical p-value for assessing the response to applied phosphorus (P) in soils can vary based on the specific experimental conditions and crop types. Studies have shown that the prediction of P response based on a critical Olsen P level may not always accurately reflect the actual yield response to applied P, necessitating the use of alternative statistical approaches. Additionally, when evaluating P fertility in soils, various indexes such as P sorption and desorption parameters can serve as valuable indicators of plant P availability and uptake, with specific values showing significant correlations with plant growth parameters in greenhouse trials. Furthermore, the effectiveness of different P sources, like sewage sludge and struvite, in promoting plant growth in P-deficient soils has been demonstrated in greenhouse pot experiments, highlighting the importance of selecting appropriate P sources based on their agronomic effectiveness.What is the current situation of urban wastewater treatment plants with regard to nitrogen and phosphorus loads?

Urban wastewater treatment plants are facing challenges related to nitrogen and phosphorus loads. In China, improper process cycle settings and insufficient influent carbon sources can lead to exceeding effluent nitrogen and phosphorus standards, emphasizing the need for optimization. In Europe, wastewater treatment plants are focusing on phosphorus recovery, with facilities like the one in Nitra utilizing biological and chemical methods for phosphorus removal and precipitation. In Poland, various methods for phosphorus removal are being implemented, with some plants successfully recovering phosphorus for alternative fertilizer production. The presence of nitrogenous and phosphorous materials in municipal wastewater necessitates their removal to prevent contamination and eutrophication, highlighting the importance of effective nutrient separation methods in wastewater treatment plants.What impact do Closed System Transfer Devices have on clinical practice?

Closed System Transfer Devices (CSTDs) play a crucial role in clinical practice by reducing healthcare worker exposure to hazardous drugs during medication handling. These devices are designed to prevent the escape of drug vapors, thus enhancing the safety of professionals involved in drug preparation and administration. Studies have shown that CSTDs maintain vapor levels below the limit of detection, ensuring a safe working environment. However, challenges exist, such as potential incompatibility issues, physical and chemical instabilities, and drug loss due to adsorption onto CSTD materials. Despite these challenges, the use of CSTDs is recommended to mitigate occupational exposure to hazardous drugs and uphold drug quality standards in clinical settings.How effective are modern dental practices in reducing infection risk for patients?

Modern dental practices have significantly advanced in reducing infection risks for patients. Infection prevention and control (IPC) guidelines emphasize the importance of continuous evaluation and education for dental healthcare personnel (DHCP) to mitigate infection spread. Studies have shown that high-volume evacuation (HVE) plays a crucial role in reducing virus-containing aerosols during dental procedures, significantly lowering the risk of transmission. DHCP must adhere to Core Infection Prevention and Control Practices to ensure a safe environment for both patients and staff, going beyond standard precautions to manage IPC effectively. By implementing meticulous HVE usage, proper mask-wearing, and utilizing alternative instruments like high-speed handpieces, modern dental practices have proven to be highly effective in minimizing infection risks for patients.What is the ideal turbidity range for Bacillus cereus to survive in pond water?

The survival of Bacillus cereus in pond water is influenced by turbidity levels. Research suggests that the sensitivity of a differential photometric ratio system allows for the detection of bacterial populations in liquid media with densities ranging between 10^4 and 10^6 cells/ml. High-density aquaculture wastewater treatment using Bacillus amyloliquefaciens and its metabolites significantly reduces turbidity levels, with a notable decrease of up to 87.9% in turbidity concentrations observed. Additionally, the presence of suspended bacteria in turbid impoundments like Wuras Dam can reach very high levels, exceeding 100,000 ml^-1 in water and 1x10^6 bacteria g^-1 in sediments. Therefore, an ideal turbidity range for Bacillus cereus survival in pond water would likely be within the range that allows for the growth and persistence of bacterial populations, which can vary based on the specific environmental conditions and microbial interactions.Is there limitation of cfDNA amout in the NGS based gene testing?

The amount of cell-free DNA (cfDNA) available for Next Generation Sequencing (NGS) can be a limiting factor in gene testing. However, advancements in technology, such as Adaptor Template Oligo Mediated Sequencing (ATOM-Seq), have shown the ability to detect known mutations at very low allele frequencies using minimal DNA amounts. Additionally, the use of highly sensitive NGS technologies for analyzing cfDNA has emerged as a valuable alternative when tumor tissue is inadequate for biomarker analysis in lung cancer patients. Despite these advancements, challenges with distinguishing circulating tumor DNA from NGS artifacts persist, with early PCR errors being a principal source of noise in NGS data. Therefore, while limitations exist, innovative approaches and technologies are continuously improving the efficiency and accuracy of NGS-based gene testing using cfDNA.