2023 IRC Price Lists

* Prices are valid between 01.01.2023 – 31.12.2023, 18% VAT is not included.

CMR Price List

Analysis Code	Analysis Name	Explanation	Price
10-01-01	TEM Analysis	The device is not available for use
10-02-01	SEM Analysis	An average of 6 samples can be investigated in 1 hour. The samples should not contain moisture/oil.	500 TL/hr
10-02-02	EDX Analysis	An average of 6 samples can be investigated in 1 hour. The samples should not contain moisture/oil.	600 TL/hr
10-02-03	STEM Analysis	An average of 2 samples can be investigated in 1 hour. The samples should not contain moisture/oil and should be prepared on TEM grid.	900 TL/hr
10-02-04	ESEM Analysis	An average of 3 samples can be investigated in 1 hour.	900 TL/hr
10-02-05	WETSTEM Analysis	Please make an appointment for SEM2 machine only Wednesday. You should contact the lecturer for sample suitability.	1500 TL/hr
10-02-06	SEM - User	People who have taken SEM training and have been granted a right to use it can make an online appointment.	125 TL/hr
10-03-01	AFM Analysis	The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed.	900 TL/hr
10-03-02	Fulid Cell	The sample should be maximum 1 cm X 1 cm X 0.5 cm. The sample must be fixed to the surface. The sample should not contain moisture/oil. Powder sample cannot be analyzed.	1200 TL/hr
10-03-03	Peak Force QNM	The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed.	2000 TL/hr
10-03-04	Indentation	The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed.	2000 TL/hr
10-04-01	STM	The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Samples must be conductive. Powder sample cannot be analyzed.	2000 TL/hr
10-11-01	EDXRF	The sample should be at least 1 g. Particle size should be less than 100 microns. (If it is not in the desired size, the grinding option should be selected) Solid samples 32 mm or 40 mm diameter, maximum 10 mm height should be. When Fusion is desired, "Loss of Ignition" and "Fusion" pre-preparation processes should be selected. When the necessary preparation procedures are not selected, additions will be made by the expert.	300 TL/piece
10-12-01	XRD Fast Scan Analysis (Standard), 0.08 ∘∕s , ∼17min	The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >). Scan range must be specified in the request form.	200 TL/piece
10-12-02	XRD MediumScan Analysis (Standard), 0.04 ∘∕s, ∼ 33min	The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >) Scan range must be specified in the request form.	250 TL/piece
10-12-03	XRD Low Scan Analysis (Standard), 0.02 ∘∕s, ∼65min	The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >) Scan range must be specified in the request form.	300 TL/piece
10-12-04	Crystal Structure Analysis	XRD Analysis must have been acquired in IYTE CMR	250 TL/hr
10-14-01	Spectrofluorometer (Solid Samples)	Laser Sources for LifeTime Measurements: EPLED - 300 ± 10 nm; EPL - 450 ± 10 nm; EPLED - 560 ± 10 nm Solid samples should be prepared as thin films.	200 TL/hr
10-14-02	Spectrofluorometer (Liquid Samples)	Laser Sources for LifeTime Measurements: EPLED - 300 ± 10 nm; EPL - 450 ± 10 nm; EPLED - 560 ± 10 nm Amount of sample should be at least 100 μL. Liquid samples should be sent with their solvent. Samples should be sent with cuvettes. For Quantum Yield measurements, screw cap cuvettes are required.	200 TL/hr
10-21-01	TGA Analysis - 1 hour	Sample amount should be between 3-10 mg.	350 TL/piece
10-21-02	TGA Analysis - 2 hours	Sample amount should be between 3-10 mg. The device reaches a maximum of 1200 °C.	450 TL/piece
10-21-03	TGA Analysis - 3 hours	Sample amount should be between 3-10 mg. The device reaches a maximum of 1200 °C.	550 TL/piece
10-21-04	TGA Analysis - 4 hours	Sample amount should be between 3-10 mg. The device reaches a maximum of 1200 °C.	650 TL/piece
10-22-01	DSC Analysis- 1 hour	Sample amount should be between 3-10 mg. The device works between -40 °C and 350 °C.	350 TL/piece
10-22-02	DSC Analysis-2 hours	Sample amount should be between 3-10 mg. The device works between -40 °C and 350 °C.	450 TL/piece
10-22-03	DSC Analysis-3 hours	Sample amount should be between 3-10 mg. The device works between -40 °C and 350 °C.	550 TL/piece
10-22-04	DSC Analysis-4 hours	Sample amount should be between 3-10 mg. The device works between -40 °C and 350 °C.	650 TL/piece
10-23-01	Dilatometer	The device reaches a maximum of 1200 °C. Please contact the specialist to specify the size of your sample.	400 TL/piece
10-31-01	BET Analysis	Sample amount should be at least 300 mg. Degas conditions must be specified.	500 TL/piece
10-31-02	BET (Adsorption/Desorption)	Sample amount should be at least 300 mg. Degas conditions must be specified.	700 TL/piece
10-32-01	Tensile	The thickness of the samples should be 8 mm maximum. The lecturer should be contacted.	250 TL/piece
10-32-02	Compression	The lecturer should be contacted.	250 TL/piece
10-32-03	High Temperature Tensile Testing	The lecturer should be contacted.	600 TL/piece
10-33-01	Lecturer Report	It is prepared by the lecturer who is the expert of the device.	1000 TL/piece
10-33-02	Faculty Member Report	It is prepared by member of teaching of IZTECH	2000 TL/piece
	Coating		40 TL/piece
	XRF Fusion		120 TL/piece
	Milling		100 TL/piece
	Loss of Ignition		120 TL/piece

GEOCEN Price List

Analysis Code	Analysis Name	Explanation	Price
11-01-01	Heat Capacity Measurement (with DSC)	Appointment is required	360 TL
11-01-02	Determination of Melting Point and Glass Transition Temperature-between ambient temperature - 500 C temperatures (with DSC)	Working range: Room temp.- 550 C	430 TL
11-01-03	Determination of Melting Point and Glass Transition Temperature - between (-40) - 400 C temperatures (with DSC)	Working range:(-40) - 400 C	290 TL
11-02-01	Dew Point Temperature Measurement	Determination of dew point temperature in systems where humid air is used	70 TL
11-03-01	Viscosity Measurement	Fluidity determination	145 TL
11-04-01	Heat Conduction Coefficient Measurement (KEM-QTM500)	Measuring range: 0.026-12 W/mK Minimum sample size: 2x6x12 cm	190 TL
11-05-01	Silica Measurement	Measuring range: 1 - 100 mg/L SiO ₂	170 TL
11-06-01	Heat Conduction Coefficient Measurement (TA-FOX314)	Measuring range: 0.005-0.35 W/mK	840 TL
11-07-01	Heat Conduction Coefficient Measurement (TA-FOX50)	Measuring range: 0.1-10 W/mK	840 TL
11-08-01	pH Measurement (Hach HQ2200)	Prices are valid for laboratory analysis.	50 TL
11-08-02	Electrical Conductivity Measurement (Hach HQ2200)	Prices are valid for laboratory analysis.	50 TL
11-08-03	Dissolved Oxygen Measurement (LDO)-(Hach HQ2200)	Prices are valid for laboratory analysis.	50 TL
11-08-04	Analyses Pack pH-EC-LDO (Hach HQ2200)	Prices are valid for laboratory analysis.	130 TL
11-11-01	Particle Count	Determination of airborne particle count	215 TL
11-12-01	Building Indoor Air Quality Monitor	CO ₂ , CO, Temperature, Relative Humidity	290 TL
11-13-01	Thermal Comfort System	Temperature, air velocity, relative humidity, operative temperature, radiation temperature and dry heat loss temperature	1440 TL
11-21-01	Downhole Temperature Measurement (per measurement)	Get information from the expert	2160 TL
11-21-01	Downhole Pressure Measurement (per measurement)	Get information from the expert	2160 TL
11-22-01	Tracer tests	It is used to determine the flow rate and groundwater flow direction.	7200 TL
11-23-01	Radon Level Measurement (per point)	It is used for Radon gas determination in water, air and soil.	290 TL
11-31-01	Radiation Intensity Data	Solar radiation intensity: 0-1800 W/m ²	432 TL
11-31-02	Temperature (Min., Max., Avg.) Data	Temperature measurement range: (-40) -60 °C	432 TL
11-31-03	Relative Humidity Data	Relative humidity measuring range: 0-100%	432 TL
11-31-04	Wind Direction and Intensity Data	Wind speed and direction: 1- 67 m/s and 0-360 °	432 TL
11-41-01	Flue Gas Analyzer		720 TL
11-42-01	Thermal Camera	Electrical, mechanical, insulation and handles all the problems with temperature in an open mechanism is used to instantly detect and diagnose.	720 TL
11-43-01	Conductivity Meter		145 TL
11-44-01	Steam Trap Tester	Used to detect steam leaks	216 TL
11-45-01	Infrared Temperature Meter (Low Temperature)	Temperature measurement range: (-32) -420 °C	145 TL
11-46-01	Infrared Temperature Meter (High Temperature)	Temperature measurement range: 200-1800 °C	145 TL
11-47-01	Electronic Temperature Meters and Probes	Probes: Surface temperature probe, ambient temperature probe, skewer type temperature probe	360 TL
11-48-01	Ultrasonic Flow Meter	It is used to measure the flow of geothermal fluid inside the pipe.	360 TL
11-49-01	Electronic Relative Humidity Meter	Portable textile moisture measuring device	145 TL
11-50-01	Pitot Tube and Inclined Manometer		145 TL
11-51-01	Hot Wire Air Velocity Meter (Device and Probe)	Used to measure air velocity, temperature, volumetric air flow, relative humidity and pressure	145 TL
11-52-01	Propeller Type Air Velocity Meter	It is used to measure and record air velocity and temperature in air ducts.	145 TL
11-53-01	Current Clamp	Current meter	72 TL
11-54-01	Tachometer		72 TL
11-55-01	Lux-meter	Light intensity measurement	145 TL
11-56-01	Sound Level Meter (hour)	Used to determine the level of noise in various environments	215 TL
11-61-01	Geothermal Data Assessment Report	Interpretation of hydrological data from geothermal fields	10.000 TL
11-61-02	Geothermal Resource Protection Area Report	It will be prepared on the basis of the Law on Geothermal Resources and Mineral Waters Law	45.000 TL
11-61-03	1 / 25.000 Scale Hydrogeological Report (1km ² )	Includes the preparation of 1/25.000 scaled Hydrogeological Map for 1 km ² area and report	10.000 TL
11-61-04	Preparation of 1 / 25.000 scaled Geological Maps and Sections that will be the basis for the exploration project of geothermal resources or natural mineral waters	It will be prepared on the basis of the Law on Geothermal Resources and Mineral Waters	30.000 TL
11-61-05	Reservoir Modeling Study and Evaluation and Report Preparation of the geothermal resource (includes geology, geophysics, geochemistry, well logs, interpretation of hydrogeology data and modeling of the system)	Covers geology, geophysics, geochemistry, well logs, hydrogeology data interpretation and system modeling	70.000 TL

ENVIROCEN Price List

Analysis Code	Analysis Name	Explanation	Price
12-01-01	Anion Analysis (with Ion Chromatography)	F^- ,Cl^- , Br^- ,NO₂ ^- , NO ₃ ^- , SO ₄ ^2- and PO ₄ ^3- one of these anions	260 TL
12-01-02	For Each Additional Anion		60 TL
12-01-03	Anion Analysis (with Ion Chromatography) 7 Anions	F^- ,Cl^- , Br^- ,NO₂ ^- , NO ₃ ^- , SO ₄ ^2- and PO ₄ ^3- all of these anions	620 TL
12-01-04	Bromate Analysis (with Ion Chromatography)	BrO ₃ ^- ion	260 TL
12-01-05	Cation Analyses (with Ion Chromatography)	Li ⁺ , Na ⁺ , NH ₄ ⁺ , K ⁺ , Mg ²⁺ and Ca ²⁺ one of these cations	260 TL
12-01-06	For Each Additional Anion		60 TL
12-01-07	Cation Analysis (with Ion Chromatography) 6 Cations	Li ⁺ , Na ⁺ , NH ₄ ⁺ , K ⁺ , Mg ²⁺ and Ca ²⁺ all of these cations	560 TL
12-01-08	IC Calibration	Calibration for IC Analysis	200 TL
12-02-01	Total Organic Carbon (TOC)	For liquid samples	180 TL
12-02-02	Non-Purgeable Organic Carbon (NPOC)	For liquid samples	180 TL
12-02-03	Total Organic Carbon (TOC)	For solid samples	180 TL
12-02-04	Total Nitrogen (TN)	For liquid samples	180 TL
12-02-05	TOC Calibration	Calibration for TOC Analysis	120 TL
12-02-06	TN Calibration	Calibration for TN Analysis	120 TL
12-03-01	Elemental Analysis with ICP-MS	For 1-10 elements	375 TL
12-03-02	Elemental Analysis with ICP-MS	For 11-30 elements	630 TL
12-03-03	ICP-MS Calibration	Calibration for ICP-MS Analysis	240 TL
12-04-01	Elemental Analysis with ICP-OES	For 1-10 elements	290 TL
12-04-02	Elemental Analysis with ICP-OES	For 11-30 elements	610 TL
12-04-03	Hg Analysis with ICP-OES	By hydride generation method	170 TL
12-04-04	Se Analysis with ICP-OES	By hydride generation method	170 TL
12-04-05	Bi Analysis with ICP-OES	By hydride generation method	170 TL
12-04-06	Sb Analysis with ICP-OES	By hydride generation method	170 TL
12-04-07	ICP-OES Calibration	Calibration for ICP-OES Analysis	240 TL
12-05-01	Pellet Preperation	Pellet preperation with KBr for FTIR analysis	60 TL
12-05-02	Spectrum Acquisiton with FTIR	(KBr Pellet, DRIFT, ATR) One of these methods is used according to the sample type.	150 TL
12-06-01	GC-MS Library Search		100 TL/hour
12-06-02	Qualitative Analysis with GC-MS		400 TL
12-06-03	Quantitative Analysis with GC-MS ^1,2	For 1-10 components	400 TL
12-06-04	Quantitative Analysis with GC-MS ^1,2	For 11-30 components	450 TL
12-06-08	Qualitative Analysis with SPME GC-MS		550 TL
12-06-09	Quantitative Analysis with SPME GC-MS ^1,2	For 1-10 components	650 TL
12-06-10	Quantitative Analysis with SPME GC-MS ^1,2	For 11-20 components	750 TL
12-06-11	GC-MS Calibration ¹	Calibration for GC-MS Analysis	340 TL
12-06-12	Method Development with GC-MS		3000 TL
12-07-01	Qualitative Analysis with GC-FID		300 TL
12-07-02	Quantitative Analysis with GC-FID ^1,2	For 1-10 components	350 TL
12-07-03	Quantitative Analysis with GC-FID ^1,2	For 11-30 components	400 TL
12-07-04	Quantitative Analysis with SPME GC-FID ^1,2	For 1-10 components	500 TL
12-07-05	Quantitative Analysis with SPME GC-FID ^1,2	For 11-20 components	600 TL
12-07-06	GC-FID Calibration ¹	Calibration for GC-FID Analysis	340 TL
12-07-07	Method Development with GC-FID		1500 TL
12-08-01	Qualitative Analysis with GC-TCD		280 TL
12-09-01	Qualitative Analysis with HPLC		250 TL
12-09-02	Quantitative Analysis with HPLC ^1,2	For 1-10 components	300 TL
12-09-03	Quantitative Analysis with HPLC ^1,2	For 11-20 components	350 TL
12-09-04	HPLC Calibration 1	Calibration for HPLC Analysis	250 TL
12-09-05	Method Development with HPLC		2500 TL
12-10-01	Total Alkalinity Analysis	Method: SM 2320 B	180 TL
12-10-02	Dissolved Chloride Determination	Method: SM 4500 Cl ^- D	130 TL
12-10-03	Iron (III) Chloride Analysis		130 TL
12-11-01	Microwave Digestion		210 TL
12-30-01	pH	Method: SM 4500-H ⁺ B	50 TL
12-31-01	Conductivity	Method: SM2510 B	50 TL
12-32-01	Temperature Measurement	Method: SM 2550 B	50 TL
12-33-01	Total Dissolved Solids (TDS)	Method: SM 2540 C	100 TL
12-34-01	Total Hardness	Method: SM 2340 C	100 TL
12-35-01	Total Suspended Solid Analysis	Method: SM 2540 D	175 TL
12-35-03	Density Measurement	For liquids	60 TL
12-60-01	Sample Preperation	For each of the sample preparation steps such as filtering, dissolving, acidification	150 TL
12-61-01	Extraction	The price can be changed according to extraction method applied. Please contact our laboratory for details.	250 TL
12-80-01	Geothermal Water Analyses Package	Conductivity, pH, hardness, F ^- ,Cl ^- , Br ^- ,NO ₂ ^- , NO ₃ ^- , SO ₄ ^2- and PO ₄ ^3- , Li ⁺ , Na ⁺ , NH ₄ ⁺ , K ⁺ , Mg ²⁺ ,Ca ²⁺ ,B, As, Sr, SiO2, Fe, Ba, TDS, Total Alkalinity	2400 TL
12-80-02	Tracer Analyses in Geothermal Waters	Naphthalene Sulfonates	Pricing will be made according to the analysis details.
12-80-03	Tracer Analyses in Geothermal Waters	Method Development and Calibration	Pricing will be made according to the analysis details.
12-81-01	Iron (III) Chloride Analysis Used in Drinking Water Treatment	Method: TS EN 888	1400 TL
12-81-02	Analyses of Sodium Hydroxide Which is Used in Drinking Water Treatment	Method: TS EN 869	1400 TL
12-20-01	Faculty Member Report		2000 TL

NOTES :

For the analysis from IZTECH, column, standards and solvents, etc according to the anlysis method should be supplied by IZTECH
In cases where the number of samples and components is high, the price is determined by considering the sample feature and the scope of the study.

CFB Price List

Analysis Code	Analysis Name	Explanation	Price
13-01-01	Agarose Gel Electrophoresis System	For one gel	108 TL
13-02-01	Antimicrobial Test 1	Analysis with two different bacteria (Qualitative Analysis)	435.6 TL
13-02-02	Antimicrobial Test 2	Analysis with two different bacteria (Quantitative Analysis)	597.6 TL
13-02-03	Antimicrobial Test 3	MIC (minimum inhibition concentration)analysis with two different bacteria	871.2 TL
13-03-01	Nitrogen Blowdown Evaporator	per hour	86.4 TL
13-04-01	Protein and Nitrogen Analysis System (Kjeldahl)	per sample	86.4 TL
13-05-01	Bagmixer	per hour	32.4 TL
13-06-01	Incubation in shaking Incubator	per day	54 TL
13-07-01	DNA Sequencer	PCR purification+ DNA quantitation+Sanger sequencing (F or R direction)	532.8 TL
13-08-01	2D Electrophoresis system	per 2 strips and strips should be supplied by researcher	817.2 TL
13-09-01	Fermenter	per day	219.6 TL
13-10-01	Fluorescence Microscop(Zeiss)	Monday only for researchers from other universities, per hour	273 TL
13-11-01	Flow Cytometer	per tube	75.6 TL
13-12-01	FTIR - ATR (Fourier Transform Infrared Spectroscopy- Attenuated Total Reflectance)	sample analysis per hour	345 TL
13-14-01	Glove Box	per hour	43.2 TL
13-14-02	Glow Box	Per day	219.6 TL
13-15-01	Gram Staining	per day	43.2 TL
13-16-01	Cell Culture	per day	36 TL
13-16-02	Cell Culture Trainning	per training (training max 2 people)	1800 TL
13-17-01	Bright field Microscope (inverted) (Zeiss)	per hour Monday only for researchers from other universities	183 TL
13-17-02	Bright field Microscope (upright/inverted) (Olympus)	per hour	108 TL
13-18-01	Gel Imaging System	per hour	54 TL
13-19-01	Micro Dismembrator	per sample	36 TL
13-20-01	Chamber Furnace	per day	43.2 TL
13-21-01	Liquid Chromatography	per day	363 TL
13-22-01	Freeze Dryer	per day	262.8 TL
13-24-01	Microsatellite Analysis	per sample	205.2 TL
13-25-01	Microtome	per hour	144 TL
13-26-01	Autoclave (cell death)	per single use	24 TL
13-26-02	Autoclave (sterilization)	per single use	24 TL
13-27-01	PCR	per hour	90 TL
13-28-01	PFGE (Pulse Field Gel Electrophoresis with enzyme)	per one gel (without enzyme)	759.6 TL
13-29-01	PH Meter	per hour	27 TL
13-30-01	PH Stat	per day	32.4 TL
13-31-01	Real Time PCR	per plate	225 TL
13-32-01	Rotary Evaporator	per day	72 TL
13-33-01	SDS-PAGE	Per experiment and experiment covers 1 gel run and imaging analysis	194.4 TL
13-34-01	Refrigerated Benchtop Centrifuge	per hour	12 TL
13-35-01	Speedvac -Vacuum Concentrator	per day	90 TL
13-36-01	SPR (Surface Plasmon Resonance)	per hour	90 TL
13-37-01	Ultracentrifuge	per single use	54 TL
13-38-01	UV Spectrophotometer	per hour	43.2 TL
13-39-01	Vacuum Evaporator	per day	90 TL
13-40-01	Microplate Reader (24h incubation)	per plate	453 TL
13-40-02	Microplate Reader (plate read)	per plate	135 TL
13-41-01	Gel Imaging System	per hour	117 TL
13-42-01	Fat Analysis System(Rapid Extraction System)per sample	per sample	63 TL
13-43-01	HPLC (High Performance Liquid Chromatography)	per day	117 TL
13-44-01	Zeta-Sizer 1	partical size liquid (per hour)	345 TL
13-44-02	Zeta-Sizer 2	zeta potential liquid (per hour)	363TL
13-44-03	Zeta-Sizer 3	zeta potential on solid surface, membrane is supplied by researcher (per hour)	489.6 TL
13-45-01	Nanodrop	per hour and device has 8 channels	72 TL
13-46-01	Fume Hood	per hour	15 TL
13-47-01	Biosafety Cabinet	per hour	30 TL
13-48-01	Magnetic Stirrer	per hour	7.5 TL
13-49-01	Hot Plate	per hour	7.5 TL
13-50-01	Refrigerators	per day	15 TL
13-51-01	Oven	per hour	7.5 TL
13-52-01	Shaking Water Bath	per hour	7.5 TL
13-53-01	Homogenizator	per hour	15 TL
13-54-01	Blender	per hour	15 TL
13-55-01	Climate Chamber	per day	45 TL
13-56-01	Incubator	per day	30 TL
13-57-01	Shell Freezer	per hour	36 TL
13-58-01	Orbital Shaker - hourly	per hour	15 TL
13-58-02	Orbital Shaker - daily	per day	75 TL
13-59-01	Membrane Filtration milipore	per day	60 TL
13-60-01	Membrane Filtration Sartorius	per day	60 TL
13-61-01	Ultrafiltration	per day	72 TL
13-62-01	Strain determination	per day	685.8 TL
13-63-01	Electroporator	per hour	36 TL
13-64-01	Ultrasonic Bath	per hour	15 TL

NMSC Price List

Analysis Code	Analysis Name	Explanation	Price
14-01-01	MALDI TOF MS – Molecular Mass Determination (1-5 Samples)	Mixing sample with matrix is included, the same matrix will be used in all samples.	1200 TL
14-01-02	MALDI TOF MS – Molecular Mass Determination (6-10 Samples)	Mixing sample with matrix is included, the same matrix will be used in all samples.	2000 TL
14-01-03	MALDI TOF MS – Molecular Mass Determination (11-20 Samples)	Mixing sample with matrix is included, the same matrix will be used in all samples.	3200 TL
14-01-04	MS/MS Analysis (per ion)		160 TL
14-01-05	MALDI TOF/TOF MS Protein Identification – Sample preparation not included	It should be pre-cleaned through tryptic treatment, Ziptip etc.	1600 TL
14-01-06	MALDI TOF/TOF MS Protein Identification – Sample preparation included	In-sol/in-gel tryptic lysis and Ziptip cleaning are included in the analysis.	2400 TL
14-02-01	TRIPLE QUAD Peptide LC MS/MS (1 Sample)	Max. 1 hour analysis Not for complex samples	1600 TL
14-02-02	TRIPLE QUAD Peptide LC MS/MS (Sample repetition)		960 TL
14 -03-01	Orbitrap high resolution nanoLC-MS 90 min. Proteomic analysis	Peptide analysis with nanoLC, number of samples <20, per sample	5000 TL
14-03-02	Orbitrap high resolution nanoLC-MS 150 min. Proteomic analysis	Peptide analysis with nanoLC, number of samples <20, per sample	7000 TL
14-03-03	Orbitrap high resolution nanoLC-MS 90 min. Proteomic analysis (conditional discount)	Peptide analysis with nanoLC, number of samples >20, per sample	3500 TL
14-03-04	Orbitrap high resolution nanoLC-MS 150 min. Proteomic analysis (conditional discount)	Peptide analysis with nanoLC, number of samples >20, per sample	4900 TL
14-03-05	Sample preparation with FASP tryptic digestion	It is applied to protein mixture.	1500 TL

NOTES :

For bioinformatic analysis requiring peptide ID, protein database should be given in FASTA format, otherwise the reference proteome of the relevant organism is used via UniProt.
Analyzes coded 14-01-05 and 14-01-06 include MS/MS analysis of at least 2 peptides with the strongest signals and database search with Mascot.
For different methods than the ones requested in the 14-02-01 and 14-02-02 coded analyzes, the column, standard, solvents and literature study should be supplied by the user after the feasibility of the study is confirmed by the center.
Standard shotgun method applied is DDA and label-free comparison is done for the analysis beginning with 14-03 code. Materials and applications specific to the study prior to sample preparation are the responsibility of the user. For detailed information, please contact the center.

NMR Price List

Analysis Code	Analysis Name	Price
15-01-01	1H (Proton) NMR Spectrum	160 TL
15-01-02	13C (Carbon) NMR Spectrum (0-1 hour)	300 TL
15-01-03	APT	325 TL
15-01-04	DEPT	325 TL
15-01-05	COSY	325 TL
15-01-06	NOESY	400 TL
15-01-07	ROESY	400 TL
15-01-08	TOCSY	400 TL
15-01-09	HMBC	430 TL
15-01-10	HMQC	430 TL
15-01-11	HSQC	430 TL
15-01-12	31P (Phosphorous) NMR Spectrum	320 TL
15-01-13	19F (Florine) NMR Spectrum	320 TL
15-01-14	11B (Boron) NMR Spectrum	340 TL
15-01-15	13C (Carbon) NMR Spectrum (1-3 hrs)	400 TL
15-01-16	13C (Carbon) NMR Spectrum(Overnight)	600 TL
	Solvent	Price
	CDCl3	120 TL
	DMSO-D6	230 TL
	D2O	150 TL
	Aceton-D6	250 TL
	CD3OD	250 TL
	Benzene-D6	350 TL

NOTES :

* Do not include solvent and sampling price .

** The following fees are charged for each sample prepared, depending on the solvent type.