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11211 results for: ‘IT网络建站公司pbootcms模板 互联网营销企业网站源码下载✅项目合作 二开均可 TG:saolei44✅.tQnQvwTjVQ’

  • Recombinant DNA and genetic techniques for schools and colleges

    Recombinant DNA (or rDNA) is made by combining DNA from two or more sources. Details on the processes and techniques, along with resources are available on our site.

  • The University of Leicester to take part in ERA 2 Initiative

    The University of Leicester School of Chemistry and the Materials Centre are to take part in the new Energy Research Accelerator (ERA) initiative, ERA-2.

  • Stem cell

    vectors available for stem cells

  • Advanced Quantitative Techniques

    Module code: MN3122 Businesses and organisations handle vast and ever-growing amounts of data every day.

  • Teaching and research staff

    Browse a list of Leicester Law School's University tutors, and see their email addresses.

  • Teaching

    Explore teaching, courses and studies for Biostatistics at the University of Leicester.

  • Introduction to Molecular Techniques

    Module code: MB7001 Searching for novel cancer-causing genes researchers requires methods for manipulating the genetic material. For example, molecular cloning allows us to study the function of a gene and how cell behaviour is affected when that gene is altered in cancer.

  • Introduction to Molecular Techniques

    Module code: BS4001 Searching for novel cancer-causing genes researchers requires methods for manipulating the genetic material. For example, molecular cloning allows us to study the function of a gene and how cell behaviour is affected when that gene is altered in cancer.

  • Theory and Techniques in Chronic Disease and Immunity

    Module code: MB7318 This module deals with the fundamental molecular and cellular mechanisms and techniques of advanced cell biology, and explores a wide range of theories and mechanisms that provide the basis of research on inflammation and chronic disease.

  • Theory and Techniques in Chronic Disease and Immunity

    Module code: BS4318 This module deals with the fundamental molecular and cellular mechanisms and techniques of advanced cell biology, and explores a wide range of theories and mechanisms that provide the basis of research on inflammation and chronic disease.

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