Chemistry: molecular biology and microbiology patents
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Method for Producing Isopropanol and Recombinant Yeast Capable of Producing Isopropanol
US 08828693 B2, Sept. 9, 2014, Acyclic, Satoshi Yoneda et al. / Toyora Jidosha Kabushiki Kaisha (Aichi-ken, JP)
A method for producing isopropanol, comprising culturing recombinant yeast…
Methods for Multiplexing Amplification Reactions
US 08815546 B2, Aug. 26, 2014, Acellular exponential or geometric amplification, Jeffrey M. Marmaro et al. / Applied Biosystems, LLC (Carlsbad, US)
A two-step amplification method, comprising:…
Concentration of Stem Cells Obtained During Orthopaedic Surgeries
US 08785191 B2, July 22, 2014, Method of altering the differentiation state of the cell, Augustus D. Mazzocca et al. / University of Connecticut (Farmington, US)
A method of conducting arthroscopic surgery, the method consisting of the steps…
Solid Phase Sequencing of Biopolymers
US 08758995 B2, June 24, 2014, Involving nucleic acid, Charles R. Cantor et al. / Sequenom, Inc. (San Diego, US)
A method for detecting whether a target nucleic acid having a known sequence is…
Inorganic Pyrophosphate and Uses Thereof
US 08771934 B2, July 8, 2014, Maintaining Blood or Sperm in a Physiologically Active State or Compositions Thereof or Therefor or Methods of in Vitro Blood Cell Separation or Treatment, Peter Sutovsky et al. / The Curators of the University of Missouri (Columbia, US)
A sperm preservation media comprising inorganic pyrophosphate (PPi) and at least…
Methods Predicting Risk of an Adverse Clinical Outcome
US 08728742 B2, May 20, 2014, Involving antigen-antibody binding, specific binding protein assay or specific ligand-receptor binding assay, James V. Snider / Critical Care Diagnostics, Inc. (San Diego, US)
A method for evaluating the risk of an adverse clinical outcome (ACO)…
Modified Yeast Consuming L-Arabinose
US 08691554 B2, April 8, 2014, Fungi, Jessica Becker et al. / Scandinavian Technology Group AB (Lund, SE)
A method for the production of ethanol by fermenting an L-arabinose utilizing…
Automated Method of Manufacturing Polyer Arrays
US 08652774 B2, Feb. 18, 2014, Involving nucleic acid, Keith S. Pearson et al. / Affymetrix, Inc. (Santa Clara, US)
A method for constructing an array plate comprising:…
Method for Automated Tissue Analysis
US 08597899 B2, Dec. 3, 2013, Animal cell, Kenneth A. Giuliano et al. / Cernostics, Inc. (Pittsburgh, US)
A method of producing a cellular systems biology profile that characterizes…
Methods for Isolation, Use and Analysis of Ferritin
US 08476061 B1, July 2, 2013, Proteinaceous material recovered or purified, Elizabeth C. Theil / Slo-Iron, LLC (Walnut Creek, US)
A method for the isolation of ferritin from a legume, the method comprising…
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- Differentiated Tissue or Organ Other Than Blood, Per Se, or Differentiated Tissue or Organ Maintaining; Composition Therefor 19
- Including Perfusion; Composition Therefor 17
- Including Freezing; Composition Therefor 4
- Maintaining Blood or Sperm in a Physiologically Active State or Compositions Thereof or Therefor or Methods of in Vitro Blood Cell Separation or Treatment 37
- Condition Responsive Control Process 3
- Measuring or Testing Process Involving Enzymes or Micro-Organisms; Composition or Test Strip Therefore; Processes of Forming Such Composition or Test Strip 143
- Involving Virus or Bacteriophage 81
- Involving Nucleic Acid 435
- Nucleic Acid Based Assay Involving a Hybridization Step With a Nucleic Acid Probe, Involving a Single Nucleotide Polymorphism (SNP), Involving Pharmacogenetics, Involving Genotyping, Involving Haplotyping, or Involving Detection of DNA Methylation Gene Expression 117
- With Significant Amplification Step, Etc.) 248
- Drug or Compound Screening Involving Gene Expression 20
- Detecting Cancer 35
- Involving Bacterium, Fungus, Parasite or Protozoan 11
- Involving a Nucleic Acid Encoding a Protein Related to the Nervous System, 4
- Involving a Nucleic Acid Encoding a Receptor, Cytokine, Hormone, Growth Factor, Ion Channel Protein, or Membrane Transporter Protein 3
- Involving a Nucleic Acid Encoding an Enzyme 5
- Detecting Nucleic Acid by Specific Antibody, Protein or Ligand-Receptor Binding Assay 6
- Involving Antigen-Antibody Binding, Specific Binding Protein Assay or Specific Ligand-Receptor Binding Assay 396
- Involving a Micro-Organism or Cell Membrane Bound Antigen or Cell Membrane Bound Receptor or Cell Membrane Bound Antibody or Microbial Lysate 46
- Animal Cell 111
- Parasite or Protozoa 4
- Tumor Cell or Cancer Cell 49
- Leukocyte 16
- Erythrocyte 7
- Flagellar-Antigen or Pili-Antigen 1
- Fungi 2
- Bacteria or Actinomycetales 15
- Staphylococcus 5
- To Identify an Enzyme or Isoenzyme 17
- Involving Avidin-Biotin Binding 6
- Involving a Modified Enzyme 4
- Assay in Which a Label Present Is an Apoenzyme, Prosthetic Group, or Enzyme Cofactor 1
- Assay in Which a Label Present Is an Enzyme Inhibitor or Functions to Alter Enzyme Activity 1
- Assay in Which a Label Present Is an Enzyme Substrate or Substrate Analogue 3
- Involving Nonmembrane Bound Receptor Binding or Protein Binding Other Than Antigen-Antibody Binding 6
- Assay in Which an Enzyme Present Is a Label 8
- Enzyme Produces Product Which Is Part of Another Reaction System 2
- Heterogeneous or Solid Phase Assay System 35
- Competitive Assay 4
- Sandwich Assay 9
- Indirect Assay 3
- Involving Luciferase 16
- Involving Cholesterol 8
- Involving Blood Clotting Factor 29
- Involving Glucose or Galactose 18
- Involving Transferase 26
- Involving Transaminase 2
- Involving Creatine Phosphokinase 3
- Involving Hydrolase 25
- Involving Esterase 9
- Involving Cholinesterase 1
- Involving Phosphatase 11
- Involving Amylase 5
- Involving Proteinase 38
- Involving Peptidase 5
- Involving Oxidoreductase 19
- Involving Dehydrogenase 4
- Involving Peroxidase 2
- Involving Viable Micro-Organism 80
- Methods of Sampling or Inoculating or Spreading a Sample; Methods of Physically Isolating an Intact Micro-Organism 8
- Testing for Sterility Condition 7
- Testing for Antimicrobial Activity of a Material 8
- Determining Presence or Kind of Micro-Organism; Use of Selective Media 47
- Streptococcus; Staphylococcus 4
- Nitrate to Nitrite Reducing Bacteria 1
- Enterobacteria 1
- Quantitative Determination 11
- Using Multifield Media 1
- Involving Fixed or Stabilized, Nonliving Microorganism, Cell, or Tissue 20
- Involving a Monolayer, Smear or Suspension of Microorganisms or Cells 3
- Involving Tissue Sections 16
- Micro-Organism, Tissue Cell Culture or Enzyme Using Process to Synthesize a Desired Chemical Compound or Composition 69
- Process Involving Micro-Organisms of Different Genera in the Same Process, Simultaneously 3
- Preparing Compound Having a 1-Thia-4-Aza-Bicyclo (3.2.0) Heptane Ring System 1
- By Desacylation of the Substituent in 6-Position 1
- By Desacylation of the Substituent in the 7-Position 1
- Preparing Compound Containing a Cyclopentanohydrophenanthrene Nucleus; Nor-, Homo-, or D-Ring Lactone Derivatives Thereof 2
- Acting at 17-Position 1
- Hydroxylating 1
- Preparing Compound Other Than Saccharide Containing Alloxazine or Isoalloxazine Nucleus 3
- Preparing Compound Containing a Carotene Nucleus 1
- Enzymatic Production of a Protein or Polypeptide 20
- Recombinant DNA Technique Included in Method of Making a Protein or Polypeptide 177
- Antigens 1
- Hormones and Fragments Thereof 8
- Interferons 1
- Interleukins 3
- Blood Proteins 32
- Fusion Proteins or Polypeptides 40
- Signal Sequence 1
- Using Tissue Cell Culture to Make a Protein or Polypeptide 10
- Fused or Hybrid Cells 2
- Producing Monoclonal Antibody 2
- Animal Tissue Cell Culture 4
- Blood (Lymphoid) Cell Culture 1
- Using a Micro-Organism to Make a Protein or Polypeptide 13
- Procaryotic Micro-Organism 7
- Antibiotic or Toxin 4
- Preparing Compound Containing Saccharide Radical 14
- Preparing O-Glycoside 1
- Oxygen of the Saccharide Radical Is Directly Bonded to a Nonsaccharide Heterocyclic Ring or a Fused- or Bridged-Ring System Which Contains a Nonsaccharide Heterocyclic Ring 1
- The Hetero Ring Has Eight or More Ring Members and Only Oxygen as Ring Hetero Atoms 3
- Oxygen Atom of the Saccharide Radical Is Directly Linked Through Only Acyclic Carbon Atoms to a Nonsaccharide Heterocyclic Ring 1
- Oxygen Atom of the Saccharide Radical Is Directly Bonded to a Condensed Ring System Having Three or More Carboxyclic Rings 4
- Cyclohexyl Radical Is Substituted by Two or More Nitrogen Atoms 1
- Preparing Nitrogen-Containing Saccharide 8
- N-Glycoside 1
- Cobalamin 1
- Nucleoside 1
- Having a Fused Ring Containing a Six-Membered Ring Having Two N-Atoms in the Same Ring 2
- Nucleotide 1
- Dinucleotide 1
- Polynucleotide 26
- Acellular Exponential or Geometric Amplification 87
- Polynucleotide Contains Only Ribonucleotide Monomers 1
- Involving Virus 2
- Modification or Preparation of a Recombinant DNA Vector 2
- By Insertion or Addition of One or More Nucleotides 2
- Acellular Preparation of Polynucleotide 5
- Involving RNA as a Starting Material or Intermediate 3
- Involving a Ligase (6.) 1
- Involving a Hydrolase (3.) 3
- Mashing or Wort Making 2
- Produced by the Action of an Isomerase 2
- Produced by the Action of an Exo-1.4 Alpha Glucosidase 4
- Produced by the Action of a Glycosyl Transferase 4
- Produced by the Action of an Alpha-1, 6-Glucosidase 3
- Produced by the Action of a Carbohydrase 21
- Disaccharide 5
- Polysaccharide of More Than Five Saccharide Radicals Attached to Each Other by Glycosidic Bonds 14
- Xanthan; i.e., Xanthomonas-Type Heteropolysaccharides 1
- Monosaccharide 14
- Preparing Alpha or Beta Amino Acid or Substituted Amino Acid or Salts Thereof 18
- Proline; Hydroxyproline; Histidine 4
- Tryptophan; Tyrosine; Phenylalanine; 3,4 Dihydroxyphenylalanine 4
- Glutamic Acid; Glutamine 4
- Methionine; Cysteine; Cystine 8
- Citrulline; Arginine; Ornithine 3
- Lysine; Diaminopimelic Acid; Threonine; Valine 10
- Preparing Heterocyclic Carbon Compound Having Only O, N, S, Se, or Te as Ring Hetero Atoms 2
- Containing Two or More Hetero Rings 1
- Containing at Least Two Hetero Rings Bridged or Fused Among Themselves or Bridged or Fused With a Common Carbocyclic Ring System, 4
- Nitrogen as Only Ring Hetero Atom 6
- Containing Six-Membered Hetero Ring 1
- Oxygen as Only Ring Hetero Atom 2
- Containing Six-Membered Hetero Ring 2
- Containing Five-Membered Hetero Ring 2
- Preparing Compound Containing at Least Three Carbocyclic Rings 1
- Preparing Nitrogen-Containing Organic Compound 14
- Amide 1
- Preparing Sulfur-Containing Organic Compound 1
- Preparing Organic Compound Containing a Metal or Atom Other Than H, N, C, O, or Halogen 1
- Preparing Oxygen-Containing Organic Compound 7
- Containing Quinone Nucleus 2
- Fat; Fatty Oil; Ester-Type Wax; Higher Fatty Acid; Oxidized Oil or Fat 55
- Carboxylic Acid Ester 26
- Containing a Carboxyl Group 10
- Sugar Acid Having Five or More Carbon Atoms 2
- Alpha-Ketogulonic Acid 2
- Lactic Acid 14
- Acetic Acid 4
- Propionic or Butyric Acid 7
- Polycarboxylic Acid 8
- Tricarboxylic Acid 1
- Dicarboxylic Acid Having Four or Less Carbon Atoms 9
- Hydroxy Carboxylic Acid 9
- Containing Carbonyl Group 3
- Ketone 1
- Substrate Contains Grain or Cereal Material 1
- Containing Hydroxy Group 13
- Aromatic 3
- Acyclic 10
- Polyhydric 4
- Butanol 23
- Ethanol 68
- Multiple Stages of Fermentation; Multiple Types of Micro-Organisms or Reuse of Micro-Organisms 4
- Produced as By-Product, or From Waste, or From Cellulosic Material Substrate 3
- Substrate Contains Cellulosic Material 29
- Preparing Hydrocarbon 11
- Only Acyclic 22
- Preparing Element or Inorganic Compound Except Carbon Dioxide 12
- Using Actinomycetales 1
- Using Bacteria 7
- Using Fungi 11
- Process of Mutation, Cell Fusion, or Genetic Modification 9
- Mutation Employing a Chemical Mutagenic Agent 2
- Employing Electric Current 1
- Introduction of a Polynucleotide Molecule Into or Rearrangement of Nucleic Acid Within an Animal Cell 49
- The Polynucleotide Is Encapsidated Within a Virus or Viral Coat 4
- Helper Virus Is Present 3
- The Polynucleotide Is Coated With or Encapsulated Within a Lipid Containing Material 5
- Involving Laser Treatment of the Cell Before or During Transfection 1
- Involving Electroporation 2
- Involving Site-Specific Recombination 2
- Involving General or Homologous Recombination 5
- Involving Co-Transfection 2
- Introduction of a Polynucleotide Molecule Into or Rearrangement of a Nucleic Acid Within a Plant Cell 11
- Introduction via Agrobacterium 1
- Introduction via Electroporation, Particle, Fiber or Microprojectile Mediated Insertion, or Injection 1
- Introduction of a Polynucleotide Molecule Into or Rearrangement of Nucleic Acid Within a Microorganism 17
- The Polynucleotide Contains a Transposon 1
- The Polynucleotide Is Unencapsidated Bacteriophage or Viral Nucleic Acid 1
- Plasmid or Episome Contains DNA Targeting Homologous Recombination to Bacteriophage, Viral, or Chromosomal DNA Within a Microorganism 3
- Yeast Is a Host for the Plasmid or Episome 1
- Mycelial Fungus Is a Host for the Plasmid or Episome 2
- Microorganism of the Genus Bacillus Is a Host for the Plasmid or Episome 1
- Plural Nonidentical Plasmids Are Introduced Into a Host Microorganism or Culture Thereof 3
- Treatment of Micro-Organisms or Enzymes With Electrical or Wave Energy 11
- Cell Membrane or Cell Surface Is Target 2
- Membrane Permeability Increased 1
- Electroporation 3
- Lytic Effect Produced 5
- Concentration, Separation, or Purification of Micro-Organisms 7
- Carrier-Bound or Immobilized Enzyme or Microbial Cell; Carrier-Bound or Immobilized Cell; Preparation Thereof 12
- Multi-Enzyme System 1
- Enzyme or Microbial Cell Is Immobilized on or in an Inorganic Carrier 10
- Enzyme or Microbial Cell Is Immobilized on or in an Organic Carrier 11
- Carrier Is Carbohydrate 4
- Carrier Is Synthetic Polymer 7
- Attached to the Carrier via a Bridging Agent 3
- Enzyme or Microbial Cell Is Entrapped Within the Carrier 4
- Enzyme, Etc.), Proenzyme; Compositions Thereof; Process for Preparing, Activating, Inhibiting, Separating, or Purifying Enzymes 36
- Enzyme Inactivation by Chemical Treatment 3
- Preparing Granular- or Free-Flowing Enzyme Composition 1
- Stablizing an Enzyme by Forming a Mixture, an Adduct or a Composition, or Formation of an Adduct or Enzyme Conjugate 20
- Catalytic Antibody 1
- Oxidoreductase (1. ) 35
- Acting on CHOH Group as Donor) 13
- Acting on Nitrogen-Containing Compound as Donor (1.2, 1.5, 1.7) 2
- Transferase Other Than Ribonuclease (2.) 19
- Transferring Phosphorus Containing Group) 22
- Hydrolase (3. ) 13
- Acting on Ester Bond (3.1) 25
- Carboxylic Ester Hydrolase (3.1.1) 11
- Triglyceride Splitting) 8
- Ribonuclease (3.1.4) 12
- Acting on Glycosyl Compound (3.2) 23
- Acting on Alpha-1, 4-Glucosidic Bond,) 10
- Alpha-Amylase, Microbial Source 10
- Fungal Source 3
- Alpha-Amylase, Plant Source (3.2.1.1) 2
- Glucoamylase (3.2.1.3) 4
- Acting on Beta-1, 4 Link Between N-Acetylmuramic Acid and 2-Acetylamino 2 Deoxy-D-Glucose 3
- Acting on Beta-Galatose-Glycoside Bond 1
- Acting on Alpha-Galatose-Glycoside Bond 1
- Acting on Beta-1, 4-Glucosidic Bond) 29
- Acting on Alpha-1, 6-Glucosidic Bond 1
- Acting on Peptide Bond) 11
- Plasmin 1
- Elastase 1
- Proteinase 6
- Derived From Bacteria 11
- Bacteria Is Bacillus 8
- Bacillus Subtilus or Bacillus Lichenoformis 4
- From Aspergillus 1
- Derived From Animal Tissue 6
- Acting on Carbon to Nitrogen Bond Other Than Peptide Bond (3.5) 8
- Asparaginase 2
- Lyase (4. ) 11
- Isomerase (5. ) 6
- Glucose Isomerase 2
- Virus or Bacteriophage, Except for Viral Vector or Bacteriophage Vector; Composition Thereof; Preparation or Purification Thereof; Production of Viral Subunits; Media for Propagating 41
- Inactivation or Attenuation; Producing Viral Subunits 8
- By Chemical Treatment 1
- Recovery or Purification 13
- Animal Cell, Per Se; Composition Thereof; Process of Propagating, Maintaining or Preserving an Animal Cell or Composition Thereof; Process of Isolating or Separating an Animal Cell or Composition Thereof; Process of Preparing a Composition Containing an Animal Cell; Culture Media Therefore 169
- Animal Cell, Per Se, Expressing Immunoglobulin, Antibody, or Fragment Thereof 7
- Immunoglobulin or Antibody Is Chimeric, Mutated, or a Recombined Hybrid 1
- Immunoglobulin or Antibody Binds an Expression Product of a Cancer Related Gene or Fragment Thereof 1
- Binds a Receptor 2
- Binds a Bacterium or Similar Microorganism or Component or Product Thereof 1
- Immunoglobulin or Antibody Binds a Drug, Hapten, Hapten-Carrier Complex, or Specifically Identified Chemical Structure 1
- Fused or Hybrid Cell, Per Se 4
- Two or More Cell Types, Per Se, in Co-Culture 11
- Insect Cell, Per Se 2
- Avian Cell, Per Se 1
- Canine Cell, Per Se 2
- Rat 2
- Mouse 1
- Blood or Lymphatic Origin or Derivative 1
- Chinese Hamster Ovary 5
- Expressing Recombinant Receptor 1
- Primate Cell, Per Se 2
- Human 31
- Nervous System Origin or Derivative 10
- Renal Origin or Derivative 1
- Hepatic Origin or Derivative 2
- Epithelial Origin or Derivative 1
- Blood, Lymphatic, or Bone Marrow Origin or Derivative 21
- Myeloma Origin or Derivative 1
- T-Cell or Derivative 7
- Method of Co-Culturing Cells 12
- Method of Storing Cells in a Viable State 15
- Method of Regulating Cell Metabolism or Physiology 43
- Method of Altering the Differentiation State of the Cell 102
- Method of Detaching Cells, Digesting Tissue or Establishing a Primary Culture 11
- Digesting Tissue With Protease 4
- Method of Culturing Cells in Suspension 6
- Culture Medium Contains a Growth Factor or Growth Regulator 11
- Medium Contains an Interleukin 1
- Medium Contains a Polypeptide Hormone 1
- Culture Medium Contains an Incompletely Defined Plant or Microbial Extract Excluding Animal Extract 1
- Serum 1
- Using Airlift or Laminar Flow Aeration or Foam Culture 4
- Solid Support and Method of Culturing Cells on Said Solid Support 39
- Support Is a Resin 1
- Support Is a Gel Surface 6
- Support Is a Fiber 3
- Hollow 1
- Support Is a Membrane 3
- Support Is a Coated or Treated Surface 18
- Culture Medium, Per Se 9
- Contains a Growth Factor or Growth Regulator 13
- Contains a Polypeptide Hormone 1
- Plant Cell or Cell Line, Per Se; Composition Thereof; Process of Propagating, Maintaining, or Preserving Plant Cell or Cell Line; Process of Isolating or Separating a Plant Cell or Cell Line; Process of Regenerating Plant Cells Into Tissue, Plant Part, or Plant, Per Se, Where No Genotypic Change Occurs; Medium Therefore 4
- Corn Cell or Cell Line, Per Se 1
- Tobacco Cell or Cell Line, Per Se 1
- Plant Cell or Cell Line, Per Se, Is Pest or Herbicide Resistant or Pest Lethal 1
- Plant Cell or Cell Line, Per Se, Contains Exogenous or Foreign Nucleic Acid 7
- Culture, Maintenance, or Preservation Techniques, Per Se 5
- Involving Conifer Cell or Tissue 2
- Involving Regeneration or Propagation Into a Plant or Plant Part 6
- Involving Callus or Embryonic Stage 3
- Medium, Per Se, for Culture, Maintenance, Regeneration, Etc. 1
- Spore Forming or Isolating Process 2
- Micro-Organism, Per Se; Compositions Thereof; Proces of Propagating, Maintaining or Preserving Micro-Organisms or Compositions Thereof; Process of Preparing or Isolating a Composition Containing a Micro-Organism; Culture Media Therefor 25
- Chemical Stimulation of Growth or Activity by Addition of Chemical Compound Which Is Not an Essential Growth Factor; Stimulation of Growth by Removal of a Chemical Compound 6
- Utilizing Media Containing Lower Alkanol 1
- Utilizing Media Containing Cellulose or Hydrolysates Thereof 2
- Bacteria or Actinomycetales; Media Therefor 41
- Rhizobium or Agrobacterium 1
- Transformants 66
- Bacillus 5
- Brevibacterium or Corynebacterium 4
- Escherichia 18
- Pseudomonas 1
- Mixed Culture 3
- Bacillus 7
- Clostridium 1
- Escherichia or Salmonella 3
- Lactobacillus, Pediococcus, or Leuconostoc 18
- Mycobacterium 3
- Pseudomonas 1
- Streptomyces 1
- Culture Media, Per Se 8
- Fungi 14
- Transformants 6
- Yeast; Media Therefor 18
- Saccharomyces 1
- Candida 2
- Pichia 1
- Aspergillus 4
- Yeast 5
- Saccharomyces 2
- Culture Media, Per Se, or Technique 2
- Candida or Torulopsis 2
- Culture Media, Per Se, or Technique 1
- Aspergillus 1
- Rhizopus 1
- Culture Media, Per Se, or Technique 3
- Algae, Media Therefor 34
- Transformants 5
- Chlorella 5
- Chlamydomonas 1
- Lysis of Micro-Organism 2
- Preserving or Maintaining Micro-Organism 3
- Separation of Micro-Organism From Culture Media 5
- Vector, Per Se Bacteriophage Vector, Etc.) 134
- Process of Utilizing an Enzyme or Micro-Organism to Destroy Hazardous or Toxic Waste, Liberate, Separate, or Purify a Preexisting Compound or Composition Therefore; Cleaning Objects or Textiles 16
- Destruction of Hazardous or Toxic Waste 9
- Textile Treating 2
- Cleaning Using a Micro-Organism or Enzyme 5
- Treating Gas, Emulsion, or Foam 9
- Treating Animal or Plant Material or Micro-Organism 5
- Treating Organ or Animal Secretion 2
- Treating Blood Fraction 1
- Removing Nucleic Acid From Intact or Disrupted Cell 5
- Glyceridic Oil, Fat, Ester-Type Wax, or Higher Fatty Acid Recovered or Purified 2
- Proteinaceous Material Recovered or Purified 3
- Collagen or Gelatin 2
- Sugar 1
- Cellulose 3
- Producing Paper Pulp 1
- Resolution of Optical Isomers or Purification of Organic Compounds or Composition Containing Same 1
- Petroleum Oil or Shale Oil Treating 1
- Desulfurizing 1
- Apparatus 46
- Differentiated Tissue Perfusion or Preservation Apparatus 11
- Mutation or Genetic Engineering Apparatus 4
- With Means for Applying an Electric Current or Charge 5
- Including Condition or Time Responsive Control Means 7
- Including Position Control 3
- Plater, Streaker, or Spreader 1
- Including Liquid Flow, Level, or Volume Control 6
- Including Gas Flow or Pressure Control 2
- Including Mixing or Agitation Control 1
- Including Measuring or Testing 41
- Measuring or Testing for Antibody or Nucleic Acid, or Measuring or Testing Using Antibody or Nucleic Acid 78
- With Sample or Reagent Mechanical Transport Means 4
- Sterility Testing Means 3
- Means for Measuring Gas Pressure or Gas Volume of Gas Evolved From or Consumed in an Enzymatic or Microbial Reaction 1
- Including Frangible Means for Introducing a Sample or Reagent 5
- Including Bibulous or Absorbent Layer 5
- Including a Coated Reagent or Sample Layer 9
- Including a Bottle, Tube, Flask, or Jar 2
- Including a Dish, Plate, Slide, or Tray 2
- Including Multiple Compartments 6
- Including Means for Fluid Passage Between Compartments 12
- Including Column Separation Means 2
- Including Optical Measuring or Testing Means 34
- Bioreactor 24
- Composting Apparatus 5
- Including Agitation Means 2
- Compostor Is Rotatably Mounted 3
- Including Solid or Liquid Transport Means Into or Out of a Compostor 2
- Including Means to Transmit Light Into a Bioreactor to Facilitate Photo- Bioreaction 19
- Tubular or Plug Flow Bioreactor 3
- Vessels or Trays in Series 5
- Including a Draft Tube for Agitation 1
- Airlift Bioreactor 1
- Bubble Bioreactor 1
- Including Semipermeable Membrane or Filter 5
- Including Perfusion Means 3
- Including a Spinning Semipermeable Membrane or Filter 1
- Including Hollow Fiber or Capillary 2
- In Combination With a Dish, Plate, or Tray 3
- With a Rotatably Mounted Tank or Vessel 2
- Including Solid Extended Fluid Contact Reaction Surface 4
- Including Off-Gas Trapping Means 2
- Including Magnetically Coupled Agitation Means 1
- Incubator 11
- Specifically Adapted for an Anaerobic Microorganism or Enzyme 1
- Including an Agitator 2
- Dish, Plate, or Tray 2
- Multicompartmented 7
- Including Cover Seal 2
- Involving Lysis of a Microorganism by Means Other Than Comminution 3
- Microorganism Preservation, Storage, or Transport Apparatus 5
- Means for Separation or Recovery of a Microorganism From Culture Media 5
- Inoculator, Streaker, or Sampler 1
- Miscellaneous 3
- Kit 1