WS/T 98-1996 in English

VALID

Urine - Determination of creatinine - Reversed - Phase high performance liquid chromatographic method

Issued on:1997-01-11
Implemented on:1997-09-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $150.00
$146.00

Standard No:	WS/T 98-1996
Document status:	VALID
Title in English:	Urine - Determination of creatinine - Reversed - Phase high performance liquid chromatographic method
Title in Chinese:	尿中肌酐的反相高效液相色谱测定方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	1997-01-11
Implemented on:	1997-09-01
Chinese Classification:	C04-Basic standards and general methods
Professional Classification:	WS-Hygiene
Related Keywords:	high performance liquid creatinine concentration chromatographic method scopethis standard urinary creatinine concentration reversed-phase high-performance liquid chromatography
Related Topics:	Chromatographic positive and negative phase urine chromatography Use of HPLC RP-HPLC reversed phase liquid chromatography Abnormal EMG Second-hand liquid phase test method liquid phase method HPLC inversion Liquid Chromatography Benzene Method Normal phase + reverse phase + peak out Liquid Chromatography Method urine chromatography ws/t70-1996 Reverse Phase Chromatography Packing What does liquid chromatography measure? HPLC Dimensional phase phase isocratic liquid method Liquid Chromatography Inverted Peak HPLC Methanol ws/t20-1996 reversed phase column HPLC Methanol High performance liquid chromatography glycans Liquid Chromatography Pressure Instantaneous LC pressure is low Liquid chromatography isocratic Inverted and normal phase method Positive and negative method liquid chromatography antistatic HPLC time HPLC ws/t51-1996 ws/t76-1996 Liquid Chromatography Filters Reverse Phase Chromatography Packing High performance liquid chromatography mass spectrometry parameters Liquid peak height positive and negative liquid phase normal phase Method used for liquid phase measurement r-square of the liquid phase LC peak shape Solvents for HPLC ws/t67-1996 reversed phase chromatography liquid chromatography liquid phase method SLR hyperspectral Principles of High Performance Liquid Chromatography liquid stationary phase reverse phase HPLC Polysaccharides HPLC series concentration High performance liquid chromatography column ws/t59-1996 Normal phase + reverse phase + reversed phase chromatography normal phase high performance liquid chromatography Gas-liquid phase detection method liquid phase reaction React in liquid phase ws/t93-1996 Reversed phase chromatographic peaks positive phase phase system ws/t30-1996 liquid phase high pressure peak Normal phase exchange reversed phase mobile phase liquid color liquid chromatography reversed phase normal phase HPLC ws/t60-1996 pressure liquid chromatography How to use high performance liquid chromatography High Performance Liquid Chromatography Thin Layer Chromatography What does liquid chromatography test ws/t53-1996 Liquid chromatography las machine HPLC Solvents HPLC ws/t66-1996 ws/t39-1996 Liquid Chromatography Inverted Peak high performance liquid chromatography high performance liquid chromatography HPLC Sampling Method Normal phase + reverse phase Liquid Chromatography double reversed phase chromatography HPLC English UHPLC peak down liquid chromatography Liquid Chromatography Method Method Liquid Peak high performance gel chromatography LC to peak liquid phase packing anyway h in liquid phase opposite phase Reversed and reversed liquid chromatographysec System peak in reversed liquid phase TLC Determination of Bromate by High Performance Liquid Chromatography HPLC time for high performance liquid chromatographyfluorescenceportable Reverse Phase Chromatography Packing Positive and negative phase chromatography English LC peak c Polysaccharide HPLC TLC Three in high performance liquid chromatography liquid chromatography process Purified by HPLC LC concentration Liquid Chromatography North Branch liquid phase HPLC LC peak low HPLC method HPLC method Experiment 10 Reverse Phase Chromatography Liquid phase test peak Liquid Chromatography m peak liquid chromatography h HPLC part reverse phase peak normal phase LC peak LC size RP-HPLC and Fluorescence High performance liquid chromatography column HPLC and Fluorescence reversed-phase chromatography method pressurized liquid chromatography Liquid Chromatography Index HPLC reverse phase phase LC peak shape HPLC experiments HPLC experiments Choice of liquid chromatography Beifen Liquid Chromatography polymer liquid phase Pressurized liquid chromatography No peak in liquid chromatography urinalysis results Detectors for HPLC Forward and reverse Normal Phase HPLC Columns High performance liquid chromatography column Liquid phase column reverse HPLC and Column Chromatography mobile phase positive and negative phase HPLC columns and their High performance liquid chromatography column HPLC solvent peak High performance liquid chromatography is generally used for High performance liquid chromatography method reverse chromatographic inverted peak reverse phase chromatography Liquid Chromatography Plant In reverse liquid chromatography, the solvent Determination of Relative Molecular Mass by High Performance Liquid Chromatography Reverse HPLC extraction Reversed phase chromatographic peaks High performance liquid chromatography column head Chromatographic Qualitative Methods Liquid Chromatography Inverted Peak Normal Phase Liquid Chromatography isocratic liquid chromatography method in liquid phase HPLC Spectrum Collection Day Liquid Chromatography Types of HPLC creatinine tester Liquid chromatography + inverted peak Methods of testing urine inverted peak in liquid phase reversed phase chromatography HPLC LC limit liquid carbon Main Types of HPLC Liquid Chromatography Prefractionation liquid-solid chromatography Normal Phase Liquid Chromatography HPLC Carbon in high performance liquid chromatography liquid normal phase method HPEC HPLC English name of liquid chromatography HPLC Column Chromatography HPLC method Liquid Chromatography Reverse Solvent Liquid Chromatography Carbon 18 LC size Determination of Milk by Ultra High Speed Liquid Chromatography What does a liquid chromatograph measure? HPLC column peak High performance liquid chromatography t3 column reverse partition chromatography LC peak low Reverse liquid chromatography desalting HPLC options Liquid Chromatography m peak LC + m peak reversed phase RP-HPLC urine creatinine High performance liquid chromatography import HPLC Composition urine creatinine gas or liquid chromatography Liquid chromatography related Solvents Used in High Performance Liquid Chromatography Determination of Naphthalene Content by RP-HPLC urine detection method HPLC liquid color positive and negative Process Liquid Chromatography liquid + color Liquid Chromatography Applications LC peak High performance liquid chromatography method Degree reversed phase chromatography HPLC reversed phase liquid phase double inversion liquid chromatography reversed phase What is the pressure of high performance liquid chromatography high performance gel chromatography Column in liquid phase method A bit of reversed-phase chromatography Phase A in liquid phase Full Binary Liquid Chromatography Urine Gas Chromatography High performance liquid chromatography column often urine method urine gas chromatography mass spectrometry urine Reversed High Performance Liquid Chromatography Tandem Mass Spectrometry High performance liquid phase content determination method Back Partition Chromatography Liquid phase reverse device liquid phase linear method Chromatographic reverse peak High performance liquid phase electrochemical detector How to use high performance liquid chromatography Solid-Phase and Liquid-Phase Methods Chromatographic reverse peak LC peak GC peak height HPLC pretreatment HPLC in fertilizers Liquid Chromatography Stationary Phase Liquid Chromatography Stationary Phase Carbon Liquid Chromatography Liquid chromatography is mainly used for Partition Coefficients in HPLC How to use high performance liquid chromatography HPLC pretreatment Normal Phase Liquid Chromatography High performance liquid chromatography differential detector Liquid chromatography electric box HPLC Pesticides HPLC matrix Liquid phase relative quantification HPLC Standards HPLC Requirements Positive and negative phase coil The choice of liquid chromatography High performance liquid chromatography sugar column LC relative factor HPLC-Electrochemistry HPLC histamine Liquid Chromatography Germany HPLC if low concentration Why Reversed Phase Chromatography Why HPLC Solvents HPLC HPLC index HPLC Composition High performance liquid chromatography has many peaks Solid phase method Liquid phase method HPLC a liquid chromatographyppd Blood creatinine determination method How to use a liquid chromatograph liquid forward method liquid stationary phase liquid phase reverse phase Normal phase, reverse phase What does HPLC detect? Liquid Chromatography Carbon 18 Solid phase method Liquid phase method The principle of positive and negative chromatography Liquid Chromatography Reversed Phase Column Forward and reverse liquid chromatography columns Liquid phase test Two-phase state in liquid phase reversed phase liquid phase LC peak shape front reversed phase column High performance liquid chromatography forward column HPLC index LC concentration Liquid Chromatography Reverse Phase Chromatography reversed phase liquid chromatography HPLC Imported high performance liquid chromatography HPLC Requirements urine stain h HPLC normal phase + reverse phase + mobile phase normal liquid phase liquid phase High Performance Liquid Chromatographyi How to measure creatinine Inverse liquid chromatography mass spectrometry HPLC partition coefficient HPLC Column Chromatography reverse key reversed normal phase stationary phase medium creatinine Cholesterol HPLC Serum creatinine method Solvents for HPLC reverse phase chromatography forward chromatography reversed phase liquid chromatography reversed phase high performance chromatography for liquid chromatographypressurized for liquid chromatographypressurized liquid phase column Convergence Chromatography Determination method of sulfuric anhydride High performance liquid chromatography column linkage liquid phase method liquid phase Composition of High Performance Gas Chromatography Columns High performance liquid chromatography normal phase solvent Liquid Chromatography Online The main indicators of liquid chromatography hplc normal phase chromatography reversed phase chromatography How to measure blood creatinine Gas Chromatography Reverse Peaking Small Molecule Liquid Chromatography High Performance Liquid Chromatography-Fluorescence reversed phase chromatography normal phase Reversed-Phase High Performance Liquid Chromatography Columns Urine Test Method High performance liquid chromatography stationary phase The main application of liquid chromatography High performance liquid chromatography/gc-ms HPLC absorption wavelength Liquid normal phase and reverse Binary UHPLC HPLC Column Box Liquid Chromatography Standard Methods reverse chain liquid chromatography HPLC with three detectors Exosome HPLC High Performance Gas Chromatography Data Processing The choice of HPLC The choice of HPLC liquid chromatography process Creatinine Mass Spectrometry Blood creatinine determination method creatinine and blood creatinine reversed phase chromatography + peak HPLC Method Performance Liquid Chromatography Measuring Range Inverted HPLC Columns HPLC Capillary Columns Phosphate HPLC How to use high performance liquid chromatography gas phase liquid phase Determination of Methanol by High Performance Liquid Chromatography High performance liquid phase standard curve preparation method High performance liquid chromatography internal standard method How to flush the high performance liquid chromatography system HPLC chiral columns are inseparable High performance liquid chromatography system suitability experiment What does high performance liquid chromatography detect? Disadvantages of HPLC-MS Reasons for the high pressure of high-efficiency liquid phase Domestic liquid chromatography Reasons for cracked peaks HPLC Mobile phase expiry date regulations The principle of sample separation by liquid phase reverse chromatography Liquid Chromatography Peak Symmetry Expiration date of pure water for liquid chromatography Liquid phase forward and reverse lost prime liquid chromatography High performance liquid chromatography pictures Reversed phase column Principles of reversed phase liquid chromatography HPLC HPLC organic and aqueous phases Urine magnesium is high 5.85 How to improve the separation efficiency of liquid chromatography Add HClO4 to the liquid mobile phase Liquid chromatography qualitative method Liquid Chromatography Method Validation Transfer Discovery HS F5 HPLC Column Creatinine antibodies Liquid Chromatography Acceptance liquid phase quantitative method HPLC standard curve Methods to improve the accuracy of liquid chromatography detection The reason why the peak intensity of university liquid chromatography is very high Medium pressure preparation of liquid mobile phases HPLC liquid chromatography test pta Calculation method of high performance liquid chromatography detection limit Commonly used quantitative methods for liquid chromatography include the following Liquid phase method linearity failed Methods to improve liquid phase separation Method for measuring column efficiency of reversed-phase liquid chromatography Berberine liquid chromatography detection method High performance liquid chromatography method for detecting liratide High performance liquid chromatography method for detecting benzopyrin High performance liquid chromatography method validation Methods for Calculating Correction Factors for Liquid Chromatography Methods to improve separation in liquid phase Instrumental analysis high performance liquid chromatography calculation method Animal experiments Creatinine determination Urinalysis testing methods How to configure artificial urine Commonly used mobile phase degassing methods for liquid phases What is the standard for liquid chromatography detection method? Mouse creatinine detection method Regeneration methods for reversed-phase chromatography columns Basic methods of electromyographic signal detection: Method for determination of benzene and naphthalene by high performance liquid chromatography. Briefly describe the method for determination of benzene naphthalene by high performance liquid chromatography Briefly describe the method for determination of benzene and naphthalene by high performance liquid chromatography Briefly describe the method for determination of benzene and naphthalene by high performance liquid chromatography. Liquid phase method development Method characteristics and advantages of liquid chromatography Method for determination of benzene naphthalene by high performance liquid chromatography Normal phase liquid phase calibration method Liquid phase detection method of Bosein HPLC standard curve Liquid Chromatography Noise Acceptance Method for determination of naphthalene by high performance liquid chromatography High performance liquid chromatography testing methodology validation Method for determination of benzene and naphthalene by high performance liquid chromatography How to determine the liquid phase method Liquid chromatography quantitative analysis method How to detect purity using liquid chromatography Urine staining method Reversed phase chromatography method Liquid phase general detection method Liquid phase flush column method setting Liquid Chromatography Method Database Chromatograph backflush connection method Methods to increase dead volume in ultra-high performance liquid chromatography Establishing quantification limits for liquid phase methods High performance liquid chromatography test method for allopurinol High performance liquid chromatography exhaust valve exhaust method Determination method of water propanol liquid chromatography Acid anhydride liquid phase detection method Liquid phase method is unstable Tail-sweeping agent in liquid phase method Liquid chromatography double peak processing method Methods to prevent clogging of liquid chromatography systems electromyographic method Methods to improve gas chromatography separation selectivity and column efficiency High performance liquid chromatography standard curve drawing Methods for narrowing liquid phase peak width HPLC method validation for linearity How to express chromatographic column efficiency HPLC qualitative analysis method Methods to Improve Chromatographic Column Separation Efficiency Methods to improve chromatographic separation efficiency Methods to improve resolution using normal phase chromatography Digoxin liquid phase method Brachioradialis reflex test method The most effective way to improve separation in liquid phase Liquid phase method peak broadening The significance of liquid phase qualitative and quantitative methods High performance liquid chromatography standard curve drawing Development of reverse-phase chiral methods Reversed-phase chromatography column regeneration method Five separation methods of high performance liquid chromatography Colorimetric method for determining selenium content in urine How to build high performance liquid phase High performance liquid chromatography standard curve Liquid chromatography methodology investigation content HPLC standard curve Reverse column efficiency determination method Liquid chromatography period verification method HPLC methodology validation accuracy Column backflush method How to determine success of liquid chromatography method Establishment of liquid phase method How to test the posterior deltoid muscle Cis-trans isomer liquid phase analysis method Liquid phase method direct and phase difference Chromatographic column backflushing method Reverse-phase chromatography method for determining hydrogen bonds Liquid Chromatography Method Converter Development of traditional Chinese medicine liquid phase method Liquid chromatography pretreatment methods Chiral method development for two-dimensional liquid chromatography Limit of quantitation for liquid phase methods Preparation of high performance liquid chromatography standard curve Advantages and Disadvantages of Liquid-Phase Methods and Liquid-Phase Methods HPLC standard curve chart High performance liquid chromatography standard curve drawing method The role and method of liquid chromatography degassing Preparation of standard curve for high performance liquid chromatography method How to determine chromatographic conditions High performance liquid chromatography method for purity detection Liquid chromatography column backwashing method Reasons for large fluctuations in high-performance liquid chromatography detection methods Liquid phase detection method of cisplatin Steps in establishing a liquid chromatography method ws/t80-1996 Reversed-phase liquid phase analytical method development Liquid Chromatography Methods Research Team High performance liquid chromatography detection method for organic acids Liquid Chromatography Acceptance Establishment of liquid phase detection method Methods for Regenerating Reversed Phase Chromatography Columns Reverse chromatography method development HPLC sample processing methods Supplementary methods for liquid mobile phases Selection of appropriate methods for liquid chromatography Reverse phase collision into normal phase method Forward and reverse phase column separation methods How to store reversed-phase chromatography columns Liquid Chromatography Method Development Steps Liquid chromatography quantitative method Selection of forward and reverse phase chromatography Establishment of liquid phase detection method Liquid chromatography column washing method setting Liquid chromatography method Liquid Chromatographic Determination of Formic Acid Non-melting reversed-phase chromatography

本标准规定了反相高效液相色谱测定尿中肌酐浓度的方法。本标准适用于尿中肌浓度的测定。

Scope

This standard specifies the method for determination of urinary creatinine concentration by reversed-phase high-performance liquid chromatography. This standard applies to the determination of creatinine concentration in human urine.

More samples: QC/T 942-2021 GB 18306-2015 DL/T 368-2010

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