Biotechnology in a sentence

(1) Cytology is used in biotechnology.

(2) Bacteria can be used in biotechnology.

(3) CSL is a global biotechnology company.

(4) Agaroses can be used in biotechnology.

(5) Bioplasms can be used in biotechnology.

(6) Biostatics is essential in biotechnology.

(7) Biogen is a leading biotechnology company.

(8) Barnase is used in biotechnology research.

(9) Clostridiums can be used in biotechnology.

(10) Avidins are commonly used in biotechnology.

Biotechnology sentence

(11) Calb is an important tool in biotechnology.

(12) Micro-organisms can be used in biotechnology.

(13) Somatic cell fusion is used in biotechnology.

(14) Barophiles are often studied in biotechnology.

(15) CSL is a leader in the biotechnology industry.

(16) The key industry in this state is biotechnology.

(17) Antlions are not commonly used in biotechnology.

(18) Bionts can be used in biotechnology and medicine.

(19) He has optimism in the potential of biotechnology.

(20) Protozoa are often used in biotechnology research.

Biotechnology make sentence

(21) The capsid of a virus can be used in biotechnology.

(22) DNA is used in biotechnology to create new products.

(23) Agricultural biotechnology is a controversial topic.

(24) The biotechnology company has vats for growing cells.

(25) Denatured enzymes are commonly used in biotechnology.

(26) The spores of the algae can be used in biotechnology.

(27) The use of biotechnology has revolutionized medicine.

(28) She has a working interest in a biotechnology startup.

(29) Avidin is commonly used in biotechnology applications.

(30) The spores of a bacteria can be used in biotechnology.

Sentence of biotechnology

(31) Aldolases are often used in biotechnology applications.

(32) ZAB Co Ltd. is a pioneer in the field of biotechnology.

(33) Biopharming is a relatively new field of biotechnology.

(34) Agglutinogenic substances can be used in biotechnology.

(35) The plasmid is being used in biotechnology applications.

(36) Biogeneric is a term used in the field of biotechnology.

(37) Biotechs are companies that specialize in biotechnology.

(38) Eukaryotes have a more advanced system of biotechnology.

(39) Luciferin is commonly used in the field of biotechnology.

(40) Trypsins are commonly used in biotechnology applications.

Biotechnology meaningful sentence

(41) Glycoproteins are commonly used in biotechnology research.

(42) Chromoprotein is often used in biotechnology applications.

(43) Ficin is an enzyme that is commonly used in biotechnology.

(44) Laccase has a wide range of applications in biotechnology.

(45) Propionibacterium is often used in biotechnology research.

(46) Agamospermies can be a useful tool in plant biotechnology.

(47) The use of yeast in baking is an example of biotechnology.

(48) The sparger is an important tool in biotechnology research.

(49) The baculovirus is commonly used in biotechnology research.

(50) The anaerobiosis process is commonly used in biotechnology.

Biotechnology sentence examples

(51) Transgenesis has revolutionized the field of biotechnology.

(52) Understand the significance of eukaryotes in biotechnology.

(53) Bioprospect is an important part of biotechnology research.

(54) The bioreagent is a key tool in the field of biotechnology.

(55) Lyophilize is a valuable tool in the field of biotechnology.

(56) Lysing is a common technique used in biotechnology research.

(57) Moneran organisms can be used in biotechnology applications.

(58) Laccase is an enzyme that is commonly used in biotechnology.

(59) Gene-splicing has revolutionized the field of biotechnology.

(60) Biowarfare is a growing concern in the age of biotechnology.

Sentence with biotechnology

(61) The cloner was a game-changer in the field of biotechnology.

(62) The cloner technology has sparked a new era in biotechnology.

(63) Germiculture is an important field in biotechnology research.

(64) Agronomists research the use of biotechnology in agriculture.

(65) The study of micros has led to advancements in biotechnology.

(66) Bacterising is a valuable tool in the field of biotechnology.

(67) Laccase is an enzyme commonly used in biotechnology research.

(68) He is currently enrolled in an MSc. program in Biotechnology.

(69) Bacterises can be used in biotechnology for various purposes.

(70) Biocircuits can be used to create new forms of biotechnology.

Use biotechnology in a sentence

(71) The biokernel is a game-changer in the field of biotechnology.

(72) Peptidases are used in biotechnology for protein purification.

(73) Cell-free systems are commonly used in biotechnology research.

(74) Oligopeptides are commonly used in the field of biotechnology.

(75) She joined a biotechnology firm as a research biotechnologist.

(76) Inducible expression systems are widely used in biotechnology.

(77) Actinomycetous microorganisms are important for biotechnology.

(78) The bioreactor is an essential tool in biotechnology research.

(79) Allosterically regulated enzymes can be used in biotechnology.

(80) The antipodals are often used in plant biotechnology research.

Sentence using biotechnology

(81) The investor's goal was to buy up the market in biotechnology.

(82) The biosensor is a valuable tool in the field of biotechnology.

(83) Denatured enzymes are often used in biotechnology applications.

(84) The incubator was a crucial tool in the field of biotechnology.

(85) The study of nuclease has led to advancements in biotechnology.

(86) The microsphere is commonly used in the field of biotechnology.

(87) Isozymes can be used in biotechnology for various applications.

(88) Chemiluminescence is a powerful tool in biotechnology research.

(89) The study of amylases has led to advancements in biotechnology.

(90) Biopirates are a growing concern in the field of biotechnology.

Biotechnology example sentence

(91) The ethicist studied the ethical implications of biotechnology.

(92) The binucleate insect cells are used in biotechnology research.

(93) The study of tubeworms has led to advancements in biotechnology.

(94) The cell theory has influenced the development of biotechnology.

(95) The emergent field of biotechnology is revolutionizing medicine.

(96) Prokaryotic organisms can be used in biotechnology applications.

(97) The centrifuge is a valuable tool in the field of biotechnology.

(98) Bioassays play a significant role in the field of biotechnology.

(99) Centrifugations are commonly used in the biotechnology industry.

(100) The uncloned fungus had potential applications in biotechnology.

Sentence with word biotechnology

(101) Halophilic archaea are often used in biotechnology applications.

(102) The study of nucleoids has led to advancements in biotechnology.

(103) Trypsin is often used in biotechnology for protein purification.

(104) Mesophilic enzymes are often used in biotechnology applications.

(105) The properties of chromoprotein make it useful in biotechnology.

(106) The advents of biotechnology have led to new medical treatments.

(107) Oligosaccharide can be used as a cryoprotectant in biotechnology.

(108) Flasking is an important technique in the field of biotechnology.

(109) The archaebacterium is a source of enzymes used in biotechnology.

(110) Agricultural biotechnology has led to genetically modified crops.

Sentence of biotechnology

(111) Microbial biotechnology has revolutionized the field of medicine.

(112) Centrifuges are essential equipment in the field of biotechnology.

(113) Halophile microorganisms are often used in biotechnology research.

(114) The antiserum is produced using advanced biotechnology techniques.

(115) Prokaryotes can be used in biotechnology and industrial processes.

(116) TC can also stand for tissue culture in biology and biotechnology.

(117) The use of peptones in biotechnology has revolutionized the field.

(118) The biophore is a crucial component in the field of biotechnology.

(119) Ciliates have been used in biotechnology for various applications.

(120) The study of polymerases has led to advancements in biotechnology.

Biotechnology used in a sentence

(121) Molecular genetics plays a key role in the field of biotechnology.

(122) The biotechnology sector is known for its potential growth stocks.

(123) Immunoassays are used in biotechnology for protein quantification.

(124) Microbial biotechnology is used to produce medicines and vaccines.

(125) Microbial biotechnology is used to produce medicines and biofuels.

(126) Biokernel is a must-have tool for students studying biotechnology.

(127) Escherichia coli can be used in biotechnology to produce proteins.

(128) Gel electrophoresis is commonly used in the field of biotechnology.

(129) The protease enzyme is commonly used in biotechnology applications.

(130) Microbiology plays a role in biotechnology and genetic engineering.

Biotechnology sentence in English

(131) The inocula were developed using advanced biotechnology techniques.

(132) Allogenically modified bacteria are used in biotechnology research.

(133) Artificial organs are made using advanced biotechnology techniques.

(134) Investigate the potential uses of micro-organisms in biotechnology.

(135) The use of biometers has revolutionized the field of biotechnology.

(136) The study of aerobioses is important in the field of biotechnology.

(137) The use of biotechnology is starting to predominate in some fields.

(138) Escherichia is often used in genetic engineering and biotechnology.

(139) The study of transcriptase has led to advancements in biotechnology.

(140) The antivenom was developed using advanced biotechnology techniques.

(141) The study of extremophiles has led to advancements in biotechnology.

(142) Ethacridine is a widely used compound in the field of biotechnology.

(143) The cloner technology has revolutionized the field of biotechnology.

(144) Transposons can be used as tools for gene transfer in biotechnology.

(145) Streptomycete is a valuable resource for the biotechnology industry.

(146) The agrologist investigated the use of biotechnology in agriculture.

(147) The manufacture of ethanol has led to advancements in biotechnology.

(148) Deproteinising is a common technique used in biotechnology research.

(149) The laboratory centrifuges were sterilized at the biotechnology lab.

(150) They are actively seeking to acquire shares in a biotechnology firm.

(151) The upgrowth of biotechnology has revolutionized medical treatments.

(152) Prokaryotes are often used in scientific research and biotechnology.

(153) The antiserum was developed using advanced biotechnology techniques.

(154) Agricultural biotechnology has the potential to improve crop yields.

(155) The discovery of amidase has opened up new avenues for biotechnology.

(156) Isomerase is commonly used in biotechnology for various applications.

(157) Histogen is a biotechnology company focused on regenerative medicine.

(158) The study of cytobiology has practical applications in biotechnology.

(159) With the advancements in biotechnology, gene editing is here to stay.

(160) The study of anaerobioses is important in the field of biotechnology.

(161) The genetic engineering will herald into the future of biotechnology.

(162) Isoenzymes can be used in biotechnology to produce specific products.

(163) Microbial biotechnology is used to create new medicines and vaccines.

(164) DNA is used in biotechnology to produce medicines and other products.

(165) Filamentous phages are used in genetic engineering and biotechnology.

(166) The use of microfiltration has revolutionized the biotechnology field.

(167) Mesophilic enzymes are used in biotechnology for various applications.

(168) The microsystem is a critical component in the field of biotechnology.

(169) The ability to manipulate auxotrophs has revolutionized biotechnology.

(170) The study of polynucleotides has led to advancements in biotechnology.

(171) The biometer is an essential instrument in the field of biotechnology.

(172) Fractionation is an important technique in the field of biotechnology.

(173) The turbidimetric method is widely used in the biotechnology industry.

(174) Diaphorase is commonly used in biotechnology for various applications.

(175) The use of trehalose in the biotechnology industry is growing rapidly.

(176) The study of micro-organisms has led to advancements in biotechnology.

(177) Explore the potential applications of aminopeptidase in biotechnology.

(178) Androgenesis has potential applications in the field of biotechnology.

(179) Healthcare and biotechnology are major industries in this medical hub.

(180) Cryobiologist is a specialist in the field of cryogenic biotechnology.

(181) Agrobacterium tumefaciens is a versatile tool for plant biotechnology.

(182) Eukaryotic cells can be used in biotechnology and genetic engineering.

(183) DNA is used in biotechnology to create genetically modified organisms.

(184) Antibodies can be used in biotechnology to detect and purify proteins.

(185) Agricultural biotechnology has the potential to revolutionize farming.

(186) The use of biotechnology is helping to improve crop yields in farming.

(187) Many colleges and universities offer degree programs in biotechnology.

(188) The cleanroom is a sterile environment used for biotechnology research.

(189) Cloning has the potential to create new opportunities in biotechnology.

(190) The production of biologics requires advanced biotechnology techniques.

(191) The utilizations of biotechnology have led to advancements in medicine.

(192) Chymotrypsin is commonly used in biotechnology for protein engineering.

(193) DTU's chemical and biotechnology department focuses on green solutions.

(194) Embryogenic callus is a valuable tool for plant biotechnology research.

(195) The telegraph amid the age of biotechnology is a relic of a bygone era.

(196) The discovery of DNA has led to advances in medicine and biotechnology.

(197) The clones were a significant achievement in the field of biotechnology.

(198) Microorganisms are often used in biotechnology for various applications.

(199) Agaroses are widely used in the field of biotechnology for DNA analysis.

(200) Catalase is used in the biotechnology industry for various applications.

(201) Monoploid cells are often used in biotechnology for genetic engineering.

(202) Streptomyces is often used in biotechnology and pharmaceutical research.

(203) The subgeneration of biotechnology has led to breakthroughs in medicine.

(204) The exoenzyme is used in biotechnology for various industrial processes.

(205) The study of cytolysis has contributed to advancements in biotechnology.

(206) DARPA's funding has enabled breakthroughs in the field of biotechnology.

(207) The laboratory centrifuges were sterilized at the biotechnology company.

(208) The advent of biotechnology has the potential to revolutionize medicine.

(209) The company EMD Serono specializes in pharmaceuticals and biotechnology.

(210) Catalase is a popular enzyme for research in the field of biotechnology.

(211) The spore-forming ability of some bacteria can be used in biotechnology.

(212) The purification of enzymes is necessary for their use in biotechnology.

(213) The advance of biotechnology has improved the quality of food production.

(214) We are researching the field application of biotechnology in agriculture.

(215) Some ascomycetes are used in biotechnology for the production of enzymes.

(216) Recombinant DNA technology has revolutionized the field of biotechnology.

(217) Biochemistry is used in the production of various biotechnology products.

(218) The potentialities of biotechnology are improving agricultural practices.

(219) The agrobiologist researched the use of biotechnology in crop production.

(220) The development of GMOs has been driven by advancements in biotechnology.

(221) Avidin is often used as a detection reagent in biotechnology experiments.

(222) I wonder if bioblast is a term used in medical research or biotechnology.

(223) The bioprocess is constantly evolving with advancements in biotechnology.

(224) The field of agronomics explores the use of biotechnology in agriculture.

(225) Invest in biotechnology and make a fortune in the medical research field.

(226) Bacterium can be used in biotechnology to produce medicines and vaccines.

(227) Eukaryotes have a more advanced system of biotechnology than prokaryotes.

(228) The application of barophoresis in biotechnology is still being explored.

(229) Chlorophyte is used in biotechnology for its ability to produce biofuels.

(230) The baculovirus is commonly used in biotechnology for protein expression.

(231) The spicule of the sea urchin is used in biotechnology for drug delivery.

(232) Biotechnology has enabled scientists to better understand the human body.

(233) The autoclave is a critical piece of equipment in the biotechnology field.

(234) The biokernel is a revolutionary technology in the field of biotechnology.

(235) The field of mycology has contributed to the development of biotechnology.

(236) Monoclonal antibody therapy is a rapidly advancing field in biotechnology.

(237) The study of zymase has led to advancements in the field of biotechnology.

(238) Endopeptidases are commonly used in biotechnology for protein engineering.

(239) Rhizopus can be a valuable tool in biotechnology research and development.

(240) Microparticles can be used in biotechnology for cell sorting and analysis.

(241) The microbalance is an essential instrument in the field of biotechnology.

(242) The study of mutagenesis has contributed to advancements in biotechnology.

(243) The misuse of biotechnology can endanger humanity's health and well-being.

(244) Our focus is to underwrite through investment in the biotechnology sector.

(245) The joint conference showcased cutting-edge advancements in biotechnology.

(246) Protocells have the potential to revolutionize the field of biotechnology.

(247) Microbial biotechnology is used to produce enzymes for laundry detergents.

(248) Pseudomonas putida is a type of Pseudomonas that is used in biotechnology.

(249) The archaebacterium is a source of inspiration for biotechnology research.

(250) The chemostat is commonly used in biotechnology and microbiology research.

(251) Biotechnology has the potential to create new sources of renewable energy.

(252) Biotechnology has been used to develop new methods for producing biofuels.

(253) Biotechnology companies are investing heavily in research and development.

(254) Extremophiles have the potential to be used in biotechnology and medicine.

(255) The study of archaea has led to advancements in biotechnology and medicine.

(256) Biochemical research has led to advancements in medicine and biotechnology.

(257) Increasing glycoprotein expression is a key goal in biotechnology research.

(258) Bioreactors are an integral part of biotechnology research and development.

(259) The study of biophors has led to significant advancements in biotechnology.

(260) The hypersaline environment was studied for its potential in biotechnology.

(261) The discovery of biophors has opened up new possibilities in biotechnology.

(262) The study of biology has led to advancements in medicine and biotechnology.

(263) Life science explores the potential of biotechnology in various industries.

(264) Research on halophiles may have applications in biotechnology and medicine.

(265) The study of micro-organisms has revolutionized the field of biotechnology.

(266) Biopirates can damage the reputation of legitimate biotechnology companies.

(267) Cytology is used in biotechnology to develop new products and technologies.

(268) Agricultural biotechnology has the potential to revolutionize the industry.

(269) The Fukuda laboratory is conducting cutting-edge research in biotechnology.

(270) Biotechnology has the potential to improve crop yields and food production.

(271) Biotechnology has been used to create new materials with unique properties.

(272) The study of cellular organization has led to advancements in biotechnology.

(273) The development of biosensors has revolutionized the field of biotechnology.

(274) Trypsin is commonly used in biotechnology and molecular biology experiments.

(275) The study of splicing has led to advancements in the field of biotechnology.

(276) The study of schizomycetes has contributed to advancements in biotechnology.

(277) The optimization of bioconversions is a key focus in biotechnology research.

(278) Reproductive cloning is a controversial topic in the field of biotechnology.

(279) The study of heterokaryons has contributed to advancements in biotechnology.

(280) The lyophilizers in the biotechnology industry are used to preserve enzymes.

(281) The discovery of zeatin opened up new possibilities for plant biotechnology.

(282) We are researching the application area of biotechnology in food production.

(283) The use of microbial biotechnology has revolutionized the field of medicine.

(284) The discovery of alexines has opened up new avenues for plant biotechnology.

(285) The agamic process of cloning has revolutionized the field of biotechnology.

(286) The biotechnology lab used spores to produce genetically modified organisms.

(287) The study of heredity has led to breakthroughs in the field of biotechnology.

(288) The recombinant DNA technology has revolutionized the field of biotechnology.

(289) Biochemistry is used in the field of biotechnology to engineer new organisms.

(290) Scientists are studying ribozymes to unlock their potential in biotechnology.

(291) The protist has been studied for its potential applications in biotechnology.

(292) The discovery of dextranase has opened up new possibilities in biotechnology.

(293) The bioprocess is a promising field for future advancements in biotechnology.

(294) Biolistic transformation has revolutionized the field of plant biotechnology.

(295) Crispr has the potential to reshape the future of medicine and biotechnology.

(296) Aerobioses are commonly used in biotechnology for the production of biofuels.

(297) The discovery of caryotins has opened up new avenues for plant biotechnology.

(298) The thermolability of enzymes can be exploited in biotechnology applications.

(299) Biogen's innovative therapies have revolutionized the field of biotechnology.

(300) The development of biologicals has revolutionized the field of biotechnology.

(301) The study of bryophyta has led to advancements in the field of biotechnology.

(302) Halobios have been studied for their potential applications in biotechnology.

(303) The production of recombinants has revolutionized the field of biotechnology.

(304) Schizomycete is often used in biotechnology and genetic engineering research.

(305) Streptomycete is used in biotechnology to produce enzymes and other proteins.

(306) Aseptic conditions are important in the production of biotechnology products.

(307) Pseudomonas putida is used in biotechnology to produce enzymes and chemicals.

(308) Microbes can also be used in biotechnology to produce medicines and vaccines.

(309) The agrologist conducted research on the use of biotechnology in agriculture.

(310) Biochem research has led to many breakthroughs in medicine and biotechnology.

(311) The agrobiologist researched the use of biotechnology to improve crop yields.

(312) Genotypic engineering is a controversial topic in the field of biotechnology.

(313) The one-celled organism can be used in biotechnology for various applications.

(314) The development of biocatalysts has revolutionized the field of biotechnology.

(315) The study of isoenzymes has led to advancements in the field of biotechnology.

(316) Retroviruses have been used as tools in genetic engineering and biotechnology.

(317) Pasteurism has been a catalyst for advancements in the field of biotechnology.

(318) Biocomputing research is paving the way for new advancements in biotechnology.

(319) The development of monoclonals has been a major breakthrough in biotechnology.

(320) The study of cellulases has led to advancements in the field of biotechnology.

(321) The technique of microinjection has revolutionized the field of biotechnology.

(322) The enablement of biotechnology has led to advancements in medical treatments.

(323) Strucker's innovative ideas in biotechnology revolutionized the medical field.

(324) Non-pathogenic microorganisms are commonly used in the biotechnology industry.

(325) The major industries in this region include pharmaceuticals and biotechnology.

(326) The adaptivenesses of certain bacteria have led to their use in biotechnology.

(327) The regulator gene can be used to manipulate gene expression in biotechnology.

(328) Bacteria can be used in biotechnology to produce medicines and other products.

(329) Antibodies can be used in biotechnology to purify proteins or other molecules.

(330) Algology is a fascinating subject that has many applications in biotechnology.

(331) The fermentor is an essential tool for biotechnology research and development.

(332) The biotechnology experiment required us to incubate above 10 degrees Celsius.

(333) Biotechnology has led to the development of new diagnostic tools for diseases.

(334) Corynebacterium can be a useful tool in biotechnology and genetic engineering.

(335) The decennary brought about advancements in genetic research and biotechnology.

(336) Halophiles have been studied for their potential applications in biotechnology.

(337) The agrobiologist researched the use of biotechnology in improving crop traits.

(338) The axenically maintained insect cell lines are used in biotechnology research.

(339) The pharma sector is exploring the potential of biotechnology and gene therapy.

(340) Enhancing glycoprotein expression is a key focus in the field of biotechnology.

(341) The study of enzymology has led to breakthroughs in the field of biotechnology.

(342) Obligate anaerobes are commonly used in biotechnology for various applications.

(343) Some chlorophyta species are used in biotechnology and pharmaceutical research.

(344) The master of science in biotechnology program combines biology and technology.

(345) The neomorph's potential uses in medicine and biotechnology are being explored.

(346) Microbial biotechnology is used to create new enzymes for industrial processes.

(347) The nascent field of biotechnology is making breakthroughs in medical research.

(348) The ability to create auxotrophs has revolutionized the field of biotechnology.

(349) Biotechnology has the potential to create new treatments for genetic disorders.

(350) Biotechnology has the potential to create new materials with unique properties.

(351) The bioreactor is an essential piece of equipment in the field of biotechnology.

(352) Traders are closely monitoring the short interest in the biotechnology industry.

(353) Chlorophyta are often used in biotechnology for their unique cellular processes.

(354) Biochemists contribute to advancements in biotechnology and genetic engineering.

(355) The nascent field of biotechnology holds great promise for medical advancements.

(356) The biokernel is a result of years of research and development in biotechnology.

(357) Isolators are commonly used in the biotechnology industry for cell culture work.

(358) Microsystems are crucial in the field of biotechnology for various applications.

(359) The agriscientist conducted research on the use of biotechnology in agriculture.

(360) Biologies provide the foundation for advancements in medicine and biotechnology.

(361) The study of diterpene biosynthesis pathways has implications for biotechnology.

(362) The team is exploring the potential of glycoprotein generation in biotechnology.

(363) The actinomycetous group is widely studied for their potential in biotechnology.

(364) Bioethics is concerned with the moral implications of advances in biotechnology.

(365) Microbial biotechnology is the use of microorganisms to produce useful products.

(366) Research can lead to new discoveries in the field of genetics and biotechnology.

(367) Synthetic biology has the potential to revolutionize medicine and biotechnology.

(368) Cytology has many practical applications, such as in medicine and biotechnology.

(369) Agrobiology involves the use of biotechnology to enhance agricultural practices.

(370) The study of microworlds has led to breakthroughs in medicine and biotechnology.

(371) Avidin has a high affinity for biotin, making it a useful tool in biotechnology.

(372) The biotechnology seminar discussed the spore along the gene editing technology.

(373) Escherichia can be used in biotechnology for the production of various compounds.

(374) The discovery of polymerase paved the way for many advancements in biotechnology.

(375) Rhizopus can be used in biotechnology for the production of enzymes and biofuels.

(376) Myxomycetes have been used in biotechnology for their ability to produce enzymes.

(377) The bioindustry is at the forefront of research and development in biotechnology.

(378) The bioindustry is improving agricultural practices with biotechnology solutions.

(379) The discovery of Crispr has been hailed as a major breakthrough in biotechnology.

(380) Biochemicals are used in biotechnology to produce valuable compounds and enzymes.

(381) The study of biogeny has practical applications in agriculture and biotechnology.

(382) The study of biogenesis has practical applications in medicine and biotechnology.

(383) The company is investing in research to transistorize the field of biotechnology.

(384) Isoenzyme studies have contributed to advancements in the field of biotechnology.

(385) The agriculturalist researched the use of biotechnology in improving crop yields.

(386) The cloning of genes during genetic engineering has revolutionized biotechnology.

(387) The study of fermentations has led to advancements in medicine and biotechnology.

(388) The operator gene is an important tool for genetic engineering and biotechnology.

(389) Biotechnology has been used to develop diagnostic tests for diseases like cancer.

(390) Pluripotent cells hold great promise for the future of medicine and biotechnology.

(391) The discovery of restriction enzymes paved the way for the field of biotechnology.

(392) Cyanobacterial pigments have potential applications in the field of biotechnology.

(393) The biogeneric industry is constantly evolving with advancements in biotechnology.

(394) Coacervated materials have been studied extensively in the field of biotechnology.

(395) Biogen's annual conference attracts leading experts in the field of biotechnology.

(396) Biogen's CEO was recognized as one of the top leaders in the biotechnology sector.

(397) The isopiestic nature of these solutions is crucial in the field of biotechnology.

(398) The production of laminarin-based materials is an emerging field in biotechnology.

(399) Heterologously expressed proteins are commonly used in biotechnology applications.

(400) Pluripotentiality is a characteristic of certain cell lines used in biotechnology.

(401) The use of Saccharomyces cerevisiae in biotechnology has revolutionized the field.

(402) The gemmule is a tiny but powerful tool for genetic engineering and biotechnology.

(403) Trypsins are commonly used in biotechnology for protein analysis and purification.

(404) The biotechnology lab is where we study the use of living organisms in technology.

(405) Bacterium can be used in biotechnology to produce useful products such as insulin.

(406) Biotechnology research often involves genetic engineering and manipulation of DNA.

(407) The study of barophoresis has practical applications in the field of biotechnology.

(408) The study of bioblasts has led to advancements in biotechnology and bioengineering.

(409) Peptidase enzymes are commonly used in biotechnology and pharmaceutical industries.

(410) Ocean resources contribute to the development of pharmaceuticals and biotechnology.

(411) The study of celoms has led to important discoveries in medicine and biotechnology.

(412) The abiogenist's research has practical applications in medicine and biotechnology.

(413) The use of recombinations in biotechnology has led to the development of new drugs.

(414) The study of halophilic microorganisms has led to new discoveries in biotechnology.

(415) Cloning has the potential to revolutionize the field of medicine and biotechnology.

(416) Microbial biotechnology has the potential to revolutionize the way we produce food.

(417) Psychrophilic enzymes have unique properties that make them useful in biotechnology.

(418) Researchers have discovered new applications for Bacillus subtilis in biotechnology.

(419) The operator gene is a fascinating target for genetic engineering and biotechnology.

(420) The study of autogenies has practical applications in agriculture and biotechnology.

(421) The blastospore can be used in biotechnology for the production of various products.

(422) The university established a research center to drum up innovation in biotechnology.

(423) Endopeptidase is commonly used in biotechnology for protein sequencing and analysis.

(424) The chemostat is a versatile and widely used tool in microbiology and biotechnology.

(425) The scientist's research led to several new patencies in the field of biotechnology.

(426) The biolab is where breakthrough discoveries in genetics and biotechnology are made.

(427) Peptidases are commonly used in biotechnology for protein purification and analysis.

(428) The study of the genetics of saccharomyces has led to advancements in biotechnology.

(429) The xenogenous microorganisms were studied for their potential use in biotechnology.

(430) Bacterium can also be used in biotechnology to produce useful products like insulin.

(431) Microbial biotechnology has the potential to revolutionize medicine and agriculture.

(432) The use of biotechnology in farming has the potential to revolutionize the industry.

(433) Microbial biotechnology is the use of microbial organisms to create useful products.

(434) Microbial biotechnology has many potential applications in medicine and agriculture.

(435) Biotechnology has helped to reduce the environmental impact of industrial processes.

(436) The use of cerevisiae in biotechnology has revolutionized the production of biofuels.

(437) The study of bioplasm has implications for fields such as medicine and biotechnology.

(438) The use of cosmids has led to significant advancements in the field of biotechnology.

(439) The array of glycines suggests a potential application in the field of biotechnology.

(440) Some mutagens are used in the field of biotechnology to induce genetic modifications.

(441) The discovery of new biologicals is an ongoing process in the field of biotechnology.

(442) The application of bioanalysis techniques is expanding in the field of biotechnology.

(443) The lyophilizers in the biotechnology industry are used to preserve genetic material.

(444) The development of new bioseparation methods is advancing the field of biotechnology.

(445) The development of recombinant DNA technology has sparked a new era in biotechnology.

(446) The study of polynucleotides has led to advancements in fields such as biotechnology.

(447) Transducers are commonly used in the field of biotechnology for various applications.

(448) Chitosan has been found to have potential applications in the field of biotechnology.

(449) The IPN offers specialized programs in areas like computer science and biotechnology.

(450) The gemmules of some marine invertebrates can be used for biotechnology applications.

(451) Hemocyte has been found to have potential applications in biotechnology and medicine.

(452) The incursion of biotechnology has led to the development of new drugs and therapies.

(453) Cytokinin is often used in plant biotechnology to create genetically modified plants.

(454) The biotechnology laboratory is where we use living organisms to create new products.

(455) Glutamic acid is commonly used in the biotechnology industry for various applications.

(456) Antibodies are essential tools in the field of biotechnology for various applications.

(457) Bioethicists play a crucial role in examining ethical issues related to biotechnology.

(458) Researchers are exploring the potential applications of the archaeon in biotechnology.

(459) The gregarine has been found to have potential applications in biotechnology research.

(460) The study of mucoproteins is an active area of research in the field of biotechnology.

(461) The study of ultrastructures has practical applications in medicine and biotechnology.

(462) Fluorometers are commonly used in the field of biotechnology for various applications.

(463) The monotechnic university has state-of-the-art facilities for biotechnology research.

(464) The future market for biotechnology holds immense potential for medical breakthroughs.

(465) Prokaryotes can be used in biotechnology for the production of enzymes or antibiotics.

(466) The biotechnology industry is a growth industry with advancements in medical research.

(467) Salps have been studied for their potential use in biotechnology and medical research.

(468) Pseudomonas putida is a species of Pseudomonas that is commonly used in biotechnology.

(469) The biotechnology laboratory is where we use living organisms to develop new products.

(470) Microbial biotechnology has the potential to revolutionize the production of biofuels.

(471) Eukaryotic cells can be used in biotechnology to produce medicines and other products.

(472) Biotechnology has been used to develop vaccines for infectious diseases like COVID-19.

(473) Biotechnology has the potential to create sustainable solutions for energy production.

(474) E. coli can be used as a tool in biotechnology for the production of various compounds.

(475) The study of recombination has practical applications in agriculture and biotechnology.

(476) Saccharomyces is a versatile microorganism with numerous applications in biotechnology.

(477) Electrokinetic techniques have been successfully applied in the field of biotechnology.

(478) Biomolecular engineering has the potential to revolutionize the field of biotechnology.

(479) The bacteriotoxin is being studied for its potential use in biotechnology applications.

(480) Galvanometers play a vital role in the field of biotechnology for various applications.

(481) The commercialization of biotechnology has led to significant advancements in medicine.

(482) The coacervation phenomenon has been extensively studied in the field of biotechnology.

(483) The eurythermal properties of certain microorganisms make them useful in biotechnology.

(484) Semisynthetic materials have opened up new possibilities in the field of biotechnology.

(485) Fluorometry is used in the field of biotechnology to monitor and optimize bioprocesses.

(486) The idea of genetic engineering came into existence with advancements in biotechnology.

(487) The study of Saccharomyces cerevisiae has contributed to advancements in biotechnology.

(488) The biotechnology economic sector is revolutionizing healthcare and medical treatments.

(489) The thermophilic microorganisms are being studied for their potential in biotechnology.

(490) DARPA's research in biotechnology has led to the development of new medical treatments.

(491) Pseudomonas putida is used in biotechnology for its ability to degrade toxic chemicals.

(492) Microbial biotechnology has the potential to revolutionize the way we produce biofuels.

(493) Pectinesterases are widely studied due to their potential applications in biotechnology.

(494) Decarboxylase is commonly used in biotechnology for the production of various compounds.

(495) Ectogenetic technologies have the potential to revolutionize the field of biotechnology.

(496) Understanding the microcosmos is crucial for advancements in medicine and biotechnology.

(497) Biocircuits are at the forefront of cutting-edge research in the field of biotechnology.

(498) Corynebacteria are often used in biotechnology for the production of valuable compounds.

(499) The study of biogenesis has led to the development of new technologies in biotechnology.

(500) The field of phylogenetics has applications in agriculture, medicine, and biotechnology.

(501) Spectrometers are used in the field of biotechnology to analyze DNA and protein samples.

(502) The company is set to revolutionize off of its groundbreaking research in biotechnology.

(503) The biotechnologist is using biotechnology to develop sustainable agriculture practices.

(504) The biotechnology company will carry out phosphate modification for protein engineering.

(505) The biosystems perspective is helping to shape the future of medicine and biotechnology.

(506) James Watson's work on DNA paved the way for advancements in genetics and biotechnology.

(507) The advent of biotechnology has made it possible to create new medicines and treatments.

(508) The advent of biotechnology has the potential to cure diseases and improve human health.

(509) Agarose is a widely used material in the field of biotechnology for various applications.

(510) The use of yeasts in biotechnology has revolutionized the production of various products.

(511) The closing price of the biotechnology stock plummeted after a negative FDA announcement.

(512) The discovery of new biomolecules can lead to advancements in biotechnology and medicine.

(513) Endopeptidase is an important tool in the field of biotechnology for protein engineering.

(514) The field of applied chemistry contributes to advancements in the field of biotechnology.

(515) Fermentable substrates are used in biotechnology for the production of various chemicals.

(516) Ligase is an important tool in the field of biotechnology for manipulating DNA sequences.

(517) The advents of biotechnology have led to advancements in agriculture and food production.

(518) Transferases are commonly used in biotechnology for the production of valuable compounds.

(519) The advance advantages of biotechnology include advancements in agriculture and medicine.

(520) I had to plough through a presentation on genetic engineering for my biotechnology class.

(521) The microfiltration technique is employed in the biotechnology field for cell separation.

(522) Propionibacterium is often used in biotechnology for the production of various compounds.

(523) The understanding of RNA replication has paved the way for advancements in biotechnology.

(524) College students can explore the potential of biocatalysts in the field of biotechnology.

(525) The revolution in biotechnology has led to advancements in medicine and genetic research.

(526) The protoplast is a valuable resource for genetic engineering and biotechnology research.

(527) The biotechnology seminar discussed the potential uses of spores in industrial processes.

(528) Scientists are currently researching the potential uses of schizomycete in biotechnology.

(529) Hybridizations have played a significant role in the development of modern biotechnology.

(530) The discovery of endonuclease has revolutionized the field of genetics and biotechnology.

(531) The advent of gene editing has opened up new possibilities in medicine and biotechnology.

(532) Pseudomonas is often used in biotechnology to produce enzymes and other useful compounds.

(533) The advent of biotechnology is opening up new possibilities for medicine and agriculture.

(534) Biotechnology has been used to develop new drugs and therapies for a variety of diseases.

(535) The application of diafiltration in biotechnology has revolutionized protein purification.

(536) The biopharmas industry is experiencing rapid growth due to advancements in biotechnology.

(537) Denaturation is often used in the field of biotechnology to manipulate and study proteins.

(538) The development of efficient cellulase enzymes is a major focus of biotechnology research.

(539) Scientists are investigating the potential of the protocell in biotechnology and medicine.

(540) Chemoautotrophy is a process that is being studied for its potential use in biotechnology.

(541) The biotechnologist is researching the use of biotechnology for environmental remediation.

(542) The study of ontogenesis has led to advancements in genetic engineering and biotechnology.

(543) Many pharma companies have expanded their focus to include biotechnology and gene therapy.

(544) Ultracentrifuges are commonly used in the biotechnology industry for protein purification.

(545) The study of animalcules has opened up new avenues for biotechnology and medical research.

(546) The discovery of collagenase has opened up new possibilities in the field of biotechnology.

(547) Spectrometers are used in the field of biotechnology for analyzing DNA and protein samples.

(548) Saccharomycetes are commonly used in biotechnology for the production of various compounds.

(549) Immunosorbent assays are used in biotechnology for the production of monoclonal antibodies.

(550) Those who invest in biotechnology can make a fortune from breakthrough medical discoveries.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Biotechnology. They do not represent the opinions of TranslateEN.com.