Specimens at cryogenic temperatures. Medical search. Frequent questions

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Feces Thermoreceptors Urine Cervix Uteri Sputum Skin

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Myoglobin Heme Water Culture Media DNA, Bacterial Reagent Kits, Diagnostic Bacterial Proteins Ice Carbon Dioxide Sodium Chloride RNA, Ribosomal, 16S DNA Primers Solutions

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Specimen Handling Electron Spin Resonance Spectroscopy Microscopy Spectroscopy, Fourier Transform Infrared Crystallography, X-Ray Models, Molecular Sensitivity and Specificity Body Temperature Crystallization Thermometers Thermography Polymerase Chain Reaction Bacteriological Techniques Culture Media Calorimetry, Differential Scanning Biopsy Evaluation Studies as Topic Blood Specimen Collection Materials Testing Reagent Kits, Diagnostic Enzyme Stability Refrigeration Reproducibility of Results Immunohistochemistry Preservation, Biological Immunoenzyme Techniques Sequence Analysis, DNA Protein Denaturation Hypothermia, Induced Hyperthermia, Induced Drug Stability Models, Biological Drug Storage Microscopy, Electron, Scanning Thermometry Immersion Nucleic Acid Denaturation Microscopy, Electron Magnetic Resonance Spectroscopy Desiccation Analysis of Variance Staining and Labeling Calorimetry

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Freezing Cold Temperature Temperature Electron Transport Protein Conformation Sensitivity and Specificity Oxidation-Reduction Kinetics Body Temperature Hot Temperature Crystallization Skin Temperature Body Temperature Regulation Humidity Transition Temperature Time Factors Seasons Thermodynamics Hydrogen-Ion Concentration Climate Thermosensing Mutation Shivering Cold Climate Base Sequence Enzyme Stability Species Specificity Climate Change Adaptation, Physiological Global Warming Phase Transition Protein Denaturation Thermal Conductivity Light Infrared Rays Ecosystem Weather Phylogeny Ice Sweating Amino Acid Sequence Rain Surface Properties Environment Microwaves Circadian Rhythm Seawater Heat-Shock Response Nucleic Acid Denaturation Phenotype Desiccation Greenhouse Effect Air Viscosity Hibernation

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Cold Temperature Temperature Sensitivity and Specificity Hot Temperature Humidity Seasons Climate Heating Evaluation Studies as Topic Cold Climate Reproducibility of Results Infrared Rays Ecosystem Weather Ice Rain Environment, Controlled Environment Seawater Greenhouse Effect Analysis of Variance Water Microbiology Air

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Antarctic Regions

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Specimen Handling Freezing Electron Spin Resonance Spectroscopy Cold Temperature Myoglobin Temperature Photochemistry Microscopy Spectroscopy, Fourier Transform Infrared Heme Crystallography, X-Ray Electron Transport Whales Models, Molecular Protein Conformation Sensitivity and Specificity Oxidation-Reduction Kinetics Body Temperature Hot Temperature Crystallization Skin Temperature Body Temperature Regulation Thermometers Thermography Humidity Transition Temperature Time Factors Seasons Thermodynamics Hydrogen-Ion Concentration Polymerase Chain Reaction Water Molecular Sequence Data Hypothermia Bacteriological Techniques Climate Thermosensing Heating Mutation Culture Media Fever Calorimetry, Differential Scanning Biopsy Evaluation Studies as Topic Feces Escherichia coli DNA, Bacterial Blood Specimen Collection Thermoreceptors Materials Testing Shivering Cold Climate Base Sequence Reagent Kits, Diagnostic Enzyme Stability Species Specificity Heat Stress Disorders Climate Change Adaptation, Physiological Refrigeration Urine Global Warming Reproducibility of Results Immunohistochemistry Preservation, Biological Phase Transition Immunoenzyme Techniques Sequence Analysis, DNA Protein Denaturation Hypothermia, Induced Thermal Conductivity Light Infrared Rays Ecosystem Hyperthermia, Induced Drug Stability Weather Phylogeny Bacterial Proteins Models, Biological Ice Sweating Drug Storage Amino Acid Sequence Rain Antarctic Regions Cattle Surface Properties Carbon Dioxide Bacteria Environment, Controlled Environment Sodium Chloride Microwaves Circadian Rhythm Microscopy, Electron, Scanning Seawater Heat-Shock Response Thermometry

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