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SAMPLE COLLECTION

  • Blood is collected by strict aseptic technique and care should be taken to avoid introducing organisms into the blood stream as well as to prevent contamination of the specimens.

SAMPLE MIXING

  • Sample collected is mixed properly using mixing aids like Vortex mixer, palm centrifuge, tube rollers or rotators etc. Mixing/short spins are performed even in between the processes to get uniform mixtures or clear separations.

  • Tube roller: MX-T6-Pro

  • Vortex mixer: MX-S series

  • Palm micro centrifuge: D1008 or D2012Plus

SAMPLE PREPARATION

  • • Serum and Plasma are prepared from whole blood by centrifugation. In Biochemical tests, one of the three type of blood sample can be used: 1.Whole blood (H1AC) 2.Serum 3.Plasma

SAMPLE EXTRACTION

  • DNA/RNA extraction is the basic step in most molecular biology techniques like whole genome analysis, Gene Sequencing, DNA finger printing, Micro array processes etc.

SAMPLE DRYING

  • Digital dry baths are useful in rapid and uniform heating of micro centrifuge tubes with samples of various capacities. These are useful in various research applications. Thermo Mixers are useful for temperature controlled mixing of samples in micro centrifuge tubes.

  • PCR SET-UP FOR GENE AMPLIFICATION
    PCR(Polymerase Chain Reaction) the gene amplification：(Large scale copying) of a segment of DNA up to 100 billion copies in few hours.

SAMPLE DRYING

Digital dry baths are useful in rapid and uniform heating of micro centrifuge tubes with samples of various capacities. These are useful in various research applications. Thermo Mixers are useful for temperature controlled mixing of samples in micro centrifuge tubes.

  • PCR SET-UP FOR GENE AMPLIFICATION
  • PCR(Polymerase Chain Reaction) the gene amplification：(Large scale copying) of a segment of DNA up to 100 billion copies in few hours.
  • Thermo mix: HCM100 series
  • Dry bat: HB120-S
  • Thermo cycler: TC 1000-G
  • Micropipette

MOLECULAR DIAGNOSIS /PCR GENE AMPLIFICATION

SHCHEER provides most of the instruments required by clinical laboratories for DNA extraction, PCR amplifications, Gene analysis, biochemical analysis and many other processes. They are also useful in diagnosis of hepatitis, pulmonary infectious diseases, cancer diagnosis, sexually transmitted diseases etc.

  • Centrifuge the samples: Centrifuge
  • Sample extraction: Micropipette (Single channel, 8- channel, 12-channel)
  • PCR set up: Thermo mix
  • Gene amplification: Thermo cycler
  • FULLY AUTOMATIC BIOCHEMICAL ANALYSIS

    Fully automatic biochemical analysis of ALT and ALP, BUN, K, Na, Ck-mb, etc., for diagnosis or prognosis of a disease.

    Centrifuge the sample: Centrifuge
    Fully Automatic Biochemical analyzer

  • SEMI-AUTOMATIC BIOCHEMICAL DETECTION PROCESS

    Sample Centrifuge: DM0636

    Sample bath: HB120-S digital dry bath

    Semi-automatic biochemical detection: BS Semi- Automatic Chemistry Analyzer

HEMATOLOGY ANALYSIS

  • Blood cells WBC (4x109/L ), the RBC (3.5-5.5 1012/L), the PLT (100-300 X 109/L) can be detected and classified. To get Hb concentration, and other data also.

  • Sample anticoagulant mix: Tube-roller

  • Blood cell test: HB series Hematology Analyzer

  • HB7021 for whole blood

ABO blood type identification

Blood tests can be applied to the clinical blood transfusion, organ transplant and parentage identification applications.

  • Specimen collection
  • Sample anticoagulant mix: Tube roller
  • Sample extraction: Micropipette
  • Sample bath: HB120-S
  • Sample centrifuge: Centrifuges

PRP&PRF Technology

  • • Platelet-rich plasma (PRP) is a concentrate of platelet-rich plasma protein derived from whole blood, centrifuged to remove red blood cells. It has a greater concentration of growth factors than whole blood, and has been used to encourage a brisk healing response across several specialties, particularly dentistry, orthopedics and dermatology.

  • • There are four general categories of preparation of PRP based on its leukocyte and fibrin content: leukocyte-rich PRP (L-PRP), leukocyte reduced PRP (P-PRP; leukocyte reduced or pure PRP), leukocyte platelet-rich fibrin and pure platelet-rich fibrin.

PRP extraction Procedure

  • 1.Draw blood from patient and fill the PRP tube with whole blood

  • 2.Up and down the PRP tube 3 times to make the blood with anti-coagulation.

  • 3.Place the PRP tube into centrifuge. Always ensure the centrifuge is correctly balanced before start.

  • 4.After centrifugation, the RBC and most of WBC will be below the plug of gel. Gently invert the PRP tube several times to re-suspend the platelets in the plasma.

  • 5.Mixing the plasma superanatant and Platelet Rich Plasma for 5 times.

  • 6.Put spinal needle on syringe and inject into centrifuged PRP tube to extract platelet rich plasma.

  • Blood extraction: PRP tube

  • Centrifugation : Centrifuge DM0412

In-Vitro Diagnosis: Urine Analysis
Application Signification:


  • Test items

    Diagnosis for Diseases

    Micro albumin：

    tests for early nephropathy (early kidney disease).

    Leukocytes:

    aka white blood cells. Also indicates presence of infection.

    Nitrites:

    may be a sign of urinary tract infection or other infection.

    Urobilinogen:

    checks for liver disease.

    Protein:

    tests for kidney function.

    pH:

    measures urine acidity, associated with higher risk for kidney stones.

    Blood:

    can result from infection, injury, inflammation, kidney stones or cancer.

    Specific gravity:

    evaluates the body's water balance and urine concentration.

    Ascorbate:

    this test reveals the concentration of ascorbic acid in urine which varies with the intake.

    Ketones:

    caused by disorders of increased metabolism;
    also by unbalanced diets such as high protein/low carb,
    anorexia or fasting.

    Bilirubin:

    could indicate liver or gallbladder problems such as gallstones, hepatitis, cirrhosis or tumors.

    Glucose:

    the most common test for diabetes.

    Creatinine:

    used in the diagnosis and treatment of renal diseases. It can also be used to monitor renal dialysis, and as a calculation basis for measuring other urine analytes.


Attention

  • 1.Store at temperature between 2-30℃(36-86℉)and out of direct sunlight

  • 2.Replace cap immediately and tightly after taking out strips

  • 3.Do not touch testing areas

  • 4.Do not remove desiccant from bottle

  • 5.Read enclosed directions carefully

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