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linear and 2-d bar-coded cryovials  (FluidX Inc)

 
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    Structured Review

    FluidX Inc linear and 2-d bar-coded cryovials
    Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted <t>cryovials</t> containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.
    Linear And 2 D Bar Coded Cryovials, supplied by FluidX Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/linear+and+2-d+bar-coded+cryovials/linear+and+2+d+bar+coded+cryovials/pmc06558338-115-2-25
    Average 90 stars, based on 1 article reviews
    linear and 2-d bar-coded cryovials - by Bioz Stars, 2026-09
    90/100 stars

    Images

    1) Product Images from "Technical Considerations in the Freezing, Low-Temperature Storage and Thawing of Stem Cells for Cellular Therapies"

    Article Title: Technical Considerations in the Freezing, Low-Temperature Storage and Thawing of Stem Cells for Cellular Therapies

    Journal: Transfusion Medicine and Hemotherapy

    doi: 10.1159/000497289

    Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted cryovials containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.
    Figure Legend Snippet: Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted cryovials containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.

    Techniques Used:

    Effect on the temperature of cryovials, located in different positions within a cryovial box, of removing the inventory tower, containing the cryobox, from LN2 storage. Thin wire thermocouples (TWTc) were inserted into adapted cryovials containing 1 mL of CPA and placed either at the periphery or centre of a 5 × 5 cryovial box. The boxes were either filled to capacity or remained empty. Temperature was recorded every 60 s. The cryovials rewarmed at rates between 6.8°C/min and 11.5°C/min depending on their location in the box and the degree of insulation afforded by surrounding cryovials. The illustrations show the position of TWTc.
    Figure Legend Snippet: Effect on the temperature of cryovials, located in different positions within a cryovial box, of removing the inventory tower, containing the cryobox, from LN2 storage. Thin wire thermocouples (TWTc) were inserted into adapted cryovials containing 1 mL of CPA and placed either at the periphery or centre of a 5 × 5 cryovial box. The boxes were either filled to capacity or remained empty. Temperature was recorded every 60 s. The cryovials rewarmed at rates between 6.8°C/min and 11.5°C/min depending on their location in the box and the degree of insulation afforded by surrounding cryovials. The illustrations show the position of TWTc.

    Techniques Used: Insulation

    Related Articles

    Insulation:

    Article Title: Technical Considerations in the Freezing, Low-Temperature Storage and Thawing of Stem Cells for Cellular Therapies
    Article Snippet: Linear and 2-D bar-coded cryovials are available from a range of suppliers in bulk or in a variety of formats including SBS 48-vial format (e.g., Fluidx, www.brookslifesciences.com ).



    Similar Products

    linear and 2-d bar-coded cryovials  (FluidX Inc)
    90
    FluidX Inc linear and 2-d bar-coded cryovials
    Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted <t>cryovials</t> containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.
    Linear And 2 D Bar Coded Cryovials, supplied by FluidX Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/linear+and+2-d+bar-coded+cryovials/linear+and+2+d+bar+coded+cryovials/pmc06558338-115-2-25
    Average 90 stars, based on 1 article reviews
    linear and 2-d bar-coded cryovials - by Bioz Stars, 2026-09
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted cryovials containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.

    Journal: Transfusion Medicine and Hemotherapy

    Article Title: Technical Considerations in the Freezing, Low-Temperature Storage and Thawing of Stem Cells for Cellular Therapies

    doi: 10.1159/000497289

    Figure Lengend Snippet: Typical cooling curves for PCDs. PCDs were operated according to the manufacturer's instructions. Thin wire thermocouples (TWTc) were inserted through adapted PCD lids into the centre of spe­cially adapted cryovials containing 1 mL of CPA (10% DMSO in FBS). These were then placed in the PCD. The remaining spaces were filled with cryovials containing 1 mL of CPA. All cryovials were equilibrated at 20°C for between 20 and 30 min before transfer of the PCD to a monitored, controlled-access −80°C freezer. The temperature was recorded every 6 s for 5 h using a multi-channel datalogger. The illustrations show position of the TWTc. Mean cooling rate (MCR) between −10 and −40°C was based on the number of technical replicates per experiment shown on the graph. A minimum of 3 experiments were performed in each group. A PCDs Mr Frosty and CoolCell 12. B CoolCell FTS30 (note reduced cooling rate compared to the CoolCell 12). C Stacked PCDs. Two Mr Frostys were treated as above but stacked on top of each other and placed within the same compartment of the −80°C freezer. Of the 4 TWTc shown, two were housed in the upper and two in the lower PCD. Note the significantly reduced cooling rate for cryovials in the upper PCD.

    Article Snippet: Linear and 2-D bar-coded cryovials are available from a range of suppliers in bulk or in a variety of formats including SBS 48-vial format (e.g., Fluidx, www.brookslifesciences.com ).

    Techniques:

    Effect on the temperature of cryovials, located in different positions within a cryovial box, of removing the inventory tower, containing the cryobox, from LN2 storage. Thin wire thermocouples (TWTc) were inserted into adapted cryovials containing 1 mL of CPA and placed either at the periphery or centre of a 5 × 5 cryovial box. The boxes were either filled to capacity or remained empty. Temperature was recorded every 60 s. The cryovials rewarmed at rates between 6.8°C/min and 11.5°C/min depending on their location in the box and the degree of insulation afforded by surrounding cryovials. The illustrations show the position of TWTc.

    Journal: Transfusion Medicine and Hemotherapy

    Article Title: Technical Considerations in the Freezing, Low-Temperature Storage and Thawing of Stem Cells for Cellular Therapies

    doi: 10.1159/000497289

    Figure Lengend Snippet: Effect on the temperature of cryovials, located in different positions within a cryovial box, of removing the inventory tower, containing the cryobox, from LN2 storage. Thin wire thermocouples (TWTc) were inserted into adapted cryovials containing 1 mL of CPA and placed either at the periphery or centre of a 5 × 5 cryovial box. The boxes were either filled to capacity or remained empty. Temperature was recorded every 60 s. The cryovials rewarmed at rates between 6.8°C/min and 11.5°C/min depending on their location in the box and the degree of insulation afforded by surrounding cryovials. The illustrations show the position of TWTc.

    Article Snippet: Linear and 2-D bar-coded cryovials are available from a range of suppliers in bulk or in a variety of formats including SBS 48-vial format (e.g., Fluidx, www.brookslifesciences.com ).

    Techniques: Insulation