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Principles of biotechnology Cover Image Book Book

Principles of biotechnology

Crawford, Christina A., 1983- (editor.).

Summary: Provides students and researchers with an introduction to the fundamentals of biotechnology.

Record details

  • ISBN: 1682176789
  • ISBN: 9781682176788
  • Physical Description: print
    xiii, 466 pages : illustrations ; 26 cm
  • Publisher: Ipswich, Massachusetts : Salem Press, a division of EBSCO Information Services ; [Amenia, New York] : Grey House Publishing , [2018]

Content descriptions

Bibliography, etc. Note: Includes bibliographical references and index.
Formatted Contents Note: Publisher's Note -- Editor's Introduction -- Contributors -- Alternative energy sources -- Animal breeding -- Animal testing -- Animals as a medical resource -- Anthrax and biological warfare -- Anthropogeomorphology -- Antibiotic-resistant bacteria -- Antibiotics as defense against biological warfare -- Archaebacteria -- Artificial intelligence -- Artificial organs -- Audio engineering -- Bioassays -- Biochemical engineering -- Biodetectors -- Bioenergy technologies -- Bioengineering -- Biofertilizers -- Biofuels -- Biofuels and synthetic fuels -- Bioinformatics -- Biological terrorism -- Biological weapon identification -- Biomathematics -- Biomechanical engineering -- Biomechanics -- Biometric eye scanners -- Biometric identification systems -- Bionics and biomedical engineering -- Biopesticides and the environment -- Bioprocess engineering -- Bioremediation -- Biosensors -- Biostratigraphy -- Biosynthetics -- Biotechnology and genetic engineering -- Biotoxins -- Botany and genetic engineering -- Botulinum toxin as a biological weapon -- Bubonic plague as a biological weapon -- Cell and tissue engineering -- Cloning -- Cloning of plants -- CRISPR-Cas9 -- Cryogenics -- Desalination plants and technology -- Detection and prevention of food poisoning -- Diamond v. Chakrabarty -- DNA anaylsis -- DNA banks for endangered animals -- DNA database controversies -- DNA extraction from hair, bodily fluids, and tissues -- DNA fingerprinting as evidence --DNA isolation methods -- DNA profiling -- DNA recognition instruments -- DNA sequencing and crime scenes -- DNA typing -- DNA: recombinant technology -- Dolly the sheep -- Drug testing -- Engineering -- Environmental biotechnology -- Enzyme engineering -- Estrogens from plants -- Fiber technologies -- Genetic engineering -- Genetic resources -- Genetically engineered pharmaceuticals -- Genetically modified food production -- Genetically modified organisms -- Genetically altered bacteria -- Genomics -- Human genetic engineering -- Human-computer interaction -- Hybridization (botany) -- Industrial fermentation -- Intelligence -- Intensive farming --- Medicinal plants -- Metabolic engineering -- Microscopy -- Mitochondrial DNA analysis and typing -- Model organisms -- Molecular systematics -- Nanotechnology -- Nanotechnology and the environment -- Neural engineering -- Night vision technology -- Pasteurization and irradiation -- Pathogen genomic sequencing -- Performance-enhancing drugs -- Plant biotechnology -- Plant breeding and propagation -- Plant cells: molecular level -- Plants as a medical resource -- Polymerase chain reaction -- Prokaryotes -- Proteomics and protein engineering -- Radiocarbon dating -- Refuse-derived fuel -- Renewable and nonrenewable resources -- Reproductive science and engineering -- Scanning probe microscopy -- Science of cloning -- Seed banks -- Stem cell research and technology -- Synthetic fuels -- Tularemia as a bioweapon -- Zygomycetes -- Important figures in biotechnology: David Baltimore -- Francoise Barre-Sinoussi -- Paul Berg -- J. Michael Bishop -- Herbert Wayne Boyer -- Erwin Chargaff -- Stanley Cohen -- Francis S. Collins -- Carl F. Cori -- Erasistratus -- Alexander Fleming -- Camillo Golgi -- Carol W. Greider -- Alfred D. Hershey -- Edward B. Lewis -- Konrad Lorenz -- Barbara McClintock -- Christiane Nusslein-Volhard -- Frederick Sanger -- Hans Spemann -- Jack W. Szostak -- J. Craig Venter -- James D. Watson -- Edmund Beecher Wilson -- Norton David Zinder -- Appendixes: Time Line of Inventions and Scientific Advancements in Biotechnology -- Glossary -- Bibliography -- Subject Index.

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Subject: Biotechnology

Available copies

  • 1 of 1 copy available at Kirtland Community College.

Holds

  • 0 current holds with 1 total copy.
Show Only Available Copies
Location Call Number / Copy Notes Barcode Shelving Location Status Due Date
Kirtland Community College Library TP 248.2 .P75 2018 30775305553936 General Collection Available -
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► Awards, Reviews, & Suggested Reads
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▼ MARC Record
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015 . ‡aGBB9J2938 ‡2bnb
0167 . ‡a019048151 ‡2Uk
020 . ‡a1682176789 ‡q(hardcover)
020 . ‡a9781682176788 ‡q(hardcover)
0291 . ‡aUKMGB ‡b019048151
035 . ‡a(OCoLC)1003065864
05014. ‡aTP248.2 ‡b.P756 2018
08204. ‡a660.6 ‡223
049 . ‡aET8A ‡c1
24500. ‡aPrinciples of biotechnology / ‡ceditor, Christina A. Crawford, MS Ed.
24630. ‡aBiotechnology
264 1. ‡aIpswich, Massachusetts : ‡bSalem Press, a division of EBSCO Information Services ; ‡a[Amenia, New York] : ‡bGrey House Publishing , ‡c[2018]
264 4. ‡c©2018
300 . ‡axiii, 466 pages : ‡billustrations ; ‡c26 cm
336 . ‡atext ‡btxt ‡2rdacontent
337 . ‡aunmediated ‡bn ‡2rdamedia
338 . ‡avolume ‡bnc ‡2rdacarrier
504 . ‡aIncludes bibliographical references and index.
5050 . ‡aPublisher's Note -- Editor's Introduction -- Contributors -- Alternative energy sources -- Animal breeding -- Animal testing -- Animals as a medical resource -- Anthrax and biological warfare -- Anthropogeomorphology -- Antibiotic-resistant bacteria -- Antibiotics as defense against biological warfare -- Archaebacteria -- Artificial intelligence -- Artificial organs -- Audio engineering -- Bioassays -- Biochemical engineering -- Biodetectors -- Bioenergy technologies -- Bioengineering -- Biofertilizers -- Biofuels -- Biofuels and synthetic fuels -- Bioinformatics -- Biological terrorism -- Biological weapon identification -- Biomathematics -- Biomechanical engineering -- Biomechanics -- Biometric eye scanners -- Biometric identification systems -- Bionics and biomedical engineering -- Biopesticides and the environment -- Bioprocess engineering -- Bioremediation -- Biosensors -- Biostratigraphy -- Biosynthetics -- Biotechnology and genetic engineering -- Biotoxins -- Botany and genetic engineering -- Botulinum toxin as a biological weapon -- Bubonic plague as a biological weapon -- Cell and tissue engineering -- Cloning -- Cloning of plants -- CRISPR-Cas9 -- Cryogenics -- Desalination plants and technology -- Detection and prevention of food poisoning -- Diamond v. Chakrabarty -- DNA anaylsis -- DNA banks for endangered animals -- DNA database controversies -- DNA extraction from hair, bodily fluids, and tissues -- DNA fingerprinting as evidence --DNA isolation methods -- DNA profiling -- DNA recognition instruments -- DNA sequencing and crime scenes -- DNA typing -- DNA: recombinant technology -- Dolly the sheep -- Drug testing -- Engineering -- Environmental biotechnology -- Enzyme engineering -- Estrogens from plants -- Fiber technologies -- Genetic engineering -- Genetic resources -- Genetically engineered pharmaceuticals -- Genetically modified food production -- Genetically modified organisms -- Genetically altered bacteria -- Genomics -- Human genetic engineering -- Human-computer interaction -- Hybridization (botany) -- Industrial fermentation -- Intelligence -- Intensive farming --- Medicinal plants -- Metabolic engineering -- Microscopy -- Mitochondrial DNA analysis and typing -- Model organisms -- Molecular systematics -- Nanotechnology -- Nanotechnology and the environment -- Neural engineering -- Night vision technology -- Pasteurization and irradiation -- Pathogen genomic sequencing -- Performance-enhancing drugs -- Plant biotechnology -- Plant breeding and propagation -- Plant cells: molecular level -- Plants as a medical resource -- Polymerase chain reaction -- Prokaryotes -- Proteomics and protein engineering -- Radiocarbon dating -- Refuse-derived fuel -- Renewable and nonrenewable resources -- Reproductive science and engineering -- Scanning probe microscopy -- Science of cloning -- Seed banks -- Stem cell research and technology -- Synthetic fuels -- Tularemia as a bioweapon -- Zygomycetes -- Important figures in biotechnology: David Baltimore -- Francoise Barre-Sinoussi -- Paul Berg -- J. Michael Bishop -- Herbert Wayne Boyer -- Erwin Chargaff -- Stanley Cohen -- Francis S. Collins -- Carl F. Cori -- Erasistratus -- Alexander Fleming -- Camillo Golgi -- Carol W. Greider -- Alfred D. Hershey -- Edward B. Lewis -- Konrad Lorenz -- Barbara McClintock -- Christiane Nusslein-Volhard -- Frederick Sanger -- Hans Spemann -- Jack W. Szostak -- J. Craig Venter -- James D. Watson -- Edmund Beecher Wilson -- Norton David Zinder -- Appendixes: Time Line of Inventions and Scientific Advancements in Biotechnology -- Glossary -- Bibliography -- Subject Index.
520 . ‡aProvides students and researchers with an introduction to the fundamentals of biotechnology.
650 0. ‡aBiotechnology.
7001 . ‡aCrawford, Christina A., ‡d1983- ‡eeditor.
938 . ‡aYBP Library Services ‡bYANK ‡n14778273
938 . ‡aBrodart ‡bBROD ‡n120748517
938 . ‡aDonohue Group ‡bDONE ‡nghp00000360
994 . ‡aC0 ‡bET8
905 . ‡u150792
901 . ‡aon1003065864 ‡bOCoLC ‡c49063 ‡tbiblio ‡soclc
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