Abaseen Research and Reference Laboratory

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Abaseen Research and Reference Laboratory Abaseen Research and Reference Laboratory is founded in June2012 in Abaseen hospital dabgari garden

07/09/2022

Our pride service for the accurate Molecular Diagnosis of the infectious Diseases.

12/02/2020

Coronavirus: infection ‘could reach 60% of population if unchecked’

Exclusive: Public health epidemiologist says other countries should consider adopting China-style containment measures

The coronavirus epidemic could spread to about two-thirds of the world’s population if it cannot be controlled, according to Hong Kong’s leading public health epidemiologist.
His warning came after the head of the World Health Organization (WHO) said recent cases of coronavirus patients who had never visited China could be the “tip of the iceberg”.
Prof Gabriel Leung, the chair of public health medicine at Hong Kong University, said the overriding question was to figure out the size and shape of the iceberg. Most experts thought that each person infected would go on to transmit the virus to about 2.5 other people. That gave an “attack rate” of 60-80%.

27/08/2012

Abaseen Research and Reference Laboratory Provid Good services and best diagnosis ......

08/08/2012

Researchers tackle virus particles hiding in the immune system as part of efforts to find a cure for AIDS.

06/08/2012

Abaseen Research and Reference Laboratory is founded in June2012 in Abaseen hospital dabgari garden

27/07/2012

Division of Clinical Genetics and Molecular Medicine

For more than 30 years, the University of South Carolina School of Medicine/University Specialty Clinics has held a notable distinction: housing one of only three regional genetics centers in South Carolina. The Division of Clinical Genetics and Molecular Medicine offers a full range of genetic services throughout the Midlands region and beyond. We serve obstetrical patients, cancer patients, and adult patients with both genetic counseling services and clinical laboratory genetic testing and screening.
Genetic Counseling services are available to patients through physician referral. We provide a wide range of clinical and laboratory services to South Carolina physicians and their patients, including the following:
genetic counseling with complex pedigree analysis
multiple marker screening for neural tube defects and chromosome abnormalities
prenatal diagnosis from amniocentesis and chorionic villus sampling (CVS)
genetic counseling for prenatal ultrasound abnormalities
cytogenetic testing for infertility
cytogenetic testing and FISH analyses for oncology diagnosis and management
risk assessment, family history, and facilitated decision-making
cancer risk assessment and genetic counseling
family history, risk assessment, and genetic counseling for adult-onset conditions
genetics education to practicing professionals, health care students, and public groups.
Our experienced Genetic Counselors at the University Specialty Clinics are available to ensure that you receive personalized confidential consultation about prenatal risks, cancer family history, or specific adult genetic conditions.
Genetics Laboratory capabilities range from screening tests for possible prenatal conditions to advanced cytogenetic analysis and diagnosis. Cancer cytogenetic analyses are available to assist physicians and oncologists in patient diagnosis and management. Samples such as blood, tissue, and amniotic fluid can be analyzed within the laboratory or referred to a national specialty lab, depending on the nature of the genetic analysis. The Genetics Laboratory is the only CLIA-certified clinical laboratory in the School of Medicine. All samples are processed by Cytogenetics Specialists certified through the National Credentialing Agency (NCA). We work closely with the two other regional genetics centers in South Carolina, Medical University of South Carolina and Greenwood Genetics Center, to make available the most current genetic testing to serve our physicians and our patients.
For information about specific Genetic Laboratory services
The Division of Clinical Genetics and Molecular Medicine partners with the Department of Obstetrics and Gynecology and the Division of Maternal-Fetal Medicine, and with physicians throughout the Midlands and beyond, to provide comprehensive prenatal genetic services and outpatient care of women with high-risk pregnancies.
In cancer genetics, we are an integral part of the nationally accredited South Carolina Breast Cancer Center, and we partner with medical oncologists at South Carolina Oncology Associates in Columbia and Carolina Health Care in Florence, SC, to provide community outreach counseling for patients and families with cancer risk.
We also address adults with genetic conditions, offering genetic counseling and testing by referral to nationally recognized laboratories specializing in DNA analysis, mutation testing, and other specialized molecular medicine analysis.
As genetics continues to expand into new fields and new genetic information becomes available, you can trust our team of compassionate, experienced healthcare professionals to share our knowledge with you, whether physician or patient. We aim to improve the health of the residents of South Carolina through the integration of genetic information into everyday medicine. If you need the expertise of a genetic counselor or genetic laboratory services, please contact us. We look forward to working with you.

27/07/2012

qPCR in Food Microbiology
ince its first application in food microbiology in the late '90s, quantitative PCR (qPCR) has attracted the interest of researchers, working mainly in the field of food safety, but lately also of microbiologists studying spoilage and fermentation processes. In addition to the advantages that conventional PCR offers in microbiological testing, i.e. specificity, reduced time of analysis and detection of viable but not culturable cells, qPCR allows quantification of target populations. This aspect is particularly relevant for foodborne pathogens, for which specific microbiological criteria exist, but also for spoilage and technological important microorganisms, in order to follow their population kinetics in foods. Although advancements in food microbiology have been made from its application, qPCR has not yet been utilized to its full potential: the quantification step is only rarely carried out and qPCR is often used as an alternative of conventional PCR. In this chapter we will critically describe the application of qPCR in food microbiology based on the available literature, taking into account the specific problems and suggesting some possible solutions.

27/07/2012

Future Trends in RT-qPCR Technology and Their Implication in Applied Microbiology;
Real time-quantitative PCR (RT-qPCR) technology has revolutionized the detection landscape in every area of molecular biology. The fundamental basis of this technology has remained unchanged since its inception, however various modifications have enhanced the overall performance of this highly versatile technology. These improvements have ranged from changes in the individual components of the enzymatic reaction cocktail (polymerizing enzymes, reaction buffers, probes, etc.) to the detection system itself (instrumentation, software, etc). The RT-qPCR technology currently available to researchers is more sensitive, faster and affordable than when this technology was first introduced. In this chapter, we summarize the developments of the last few years in RT-qPCR technology and nucleic acid amplification.

27/07/2012

An Introduction to the Real-time Polymerase Chain Reaction (qPCR)
The real-time fluorescence-based quantitative polymerase chain reaction (qPCR) has become the benchmark technology for the detection of nucleic acids in every area of microbiology, biomedical research, biotechnology and in forensic applications. Unlike conventional (legacy) PCR, which is a qualitative end-point assay, qPCR allows accurate quantification of amplified DNA in real time during the exponential phase of the reaction. The cost of instruments and reagents is well within reach of individual laboratories, assays are easy to perform, capable of high throughput and combine high sensitivity with reliable specificity. It is possible to achieve accurate and biologically meaningful quantification if meticulous attention is paid to the details of every step of the qPCR assay, starting with sample selection, acquisition and handling through assay design, validation and optimisation. The growing awareness of the need for standardisation, quality control and the significant problems associated with inadequate reporting of the assay has resulted in the publication of guidelines for minimum information for the publication of qPCR experiments (MIQE).

27/07/2012

we provide good quality and services also grow best researcher of the country

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Abaseen Research And Reference Laboratory Abaseen Hospital Dabgari Garden Peshawar

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0912220102

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