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Lecture Molecular biology (Fifth Edition): Chapter 12 - Robert F. Weaver
The main contents of this chapter include all of the following: Categories of activators, structures of the DNA-Binding motifs of activators, independence of the domains of activators, functions of activators, interaction among activators, regulation of transcription factors.
53 p husc 27/04/2016 240 1
Từ khóa: Molecular biology, Lecture Molecular biology, Sinh học phân tử, Bài giảng Sinh học phân tử, Transcription activators in eukaryotes, RNA polymerase II
Lecture Molecular biology (Fifth Edition): Chapter 2 - Robert F. Weaver
Before we begin to study in detail the structure and activities of genes, and the experimental evidence underlying those concepts, we need a fuller outline of the adventure that lies before us. Thus, in this chapter and in chapter 3, we will fl esh out the brief history of molecular biology presented in chapter 1. In this chapter we will begin this task by considering the behavior of genes as molecules.
37 p husc 27/04/2016 281 1
Từ khóa: Molecular biology, Bài giảng Sinh học phân tử, Sinh học phân tử, Genetic material, Transforming material, DNA structure
Lecture Molecular biology (Fifth Edition): Chapter 9 - Robert F. Weaver
Chapter 9: DNA-protein interactions in bacteria. The main contents of this chapter include all of the following: The λ family of repressors, the trp repressor, general considerations on Protein–DNA interactions, DNA-binding proteins: action at a distance,...and other contents.
21 p husc 27/04/2016 235 1
Từ khóa: Molecular biology, Lecture Molecular biology, Sinh học phân tử, Bài giảng Sinh học phân tử, Amino acids, DNA-protein interactions
Lecture Molecular biology (Fifth Edition): Chapter 3 - Robert F. Weaver
Chapter 3 introduce to Gene function. This chapter outlines the three activities of genes and provides some background information that will be useful in our deeper explorations in subsequent chapters. This chapter presents the following content: Storing information, replication, mutations.
44 p husc 27/04/2016 230 1
Từ khóa: Molecular biology, Bài giảng Sinh học phân tử, Sinh học phân tử, Gene function, Amino acids, Storing information
Lecture Molecular biology (Fifth Edition): Chapter 4 - Robert F. Weaver
Chapter 4 review the fundamentals of gene structure and function, we are ready to start a more detailed study of molecular biology. The main focus of chapter will be the experiments that molecular biologists have performed to elucidate the structure and function of genes.
67 p husc 27/04/2016 320 1
Từ khóa: Molecular biology, Bài giảng Sinh học phân tử, Sinh học phân tử, Molecular cloning methods, Gene cloning, Directional cloning
Lecture Molecular biology (Fifth Edition): Chapter 6 - Robert F. Weaver
Chapter 6 - The mechanism of transcription in bacteria. In this chapter we will focus on the basic mechanism of transcription. We will begin with RNA polymerase, the enzyme that catalyzes transcription. We will also look at the interaction between RNA polymerase and DNA.
55 p husc 27/04/2016 228 1
Từ khóa: Molecular biology, Lecture Molecular biology, Sinh học phân tử, Bài giảng Sinh học phân tử, Mechanism of transcription, RNA polymerase structure
Lecture Molecular biology (Fifth Edition): Chapter 5 - Robert F. Weaver
Chapter 5 - Molecular tools for studying genes and gene activity. This chapter describe the most popular techniques that molecular biologists use to investigate the structure and function of genes. Most of these start with cloned genes. Many use gel electrophoresis. Many also use labeled tracers, and many rely on nucleic acid hybridization. We have already examined gene cloning techniques.
82 p husc 27/04/2016 237 1
Từ khóa: Molecular biology, Bài giảng Sinh học phân tử, Sinh học phân tử, Molecular tools, Studying genes, Gene activity
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Công bố quyết định bổ nhiệm Phó Hiệu trưởng nhiệm kỳ 2009 – 2014.
Hội Cựu giáo chức Trường Đại học Khoa học Huế: Gặp mặt đầu năm Xuân Nhâm Thìn 2012.
Lễ kỷ niệm 82 năm thành lập Đảng Cộng Sản Việt Nam (3/2/1930 – 3/2/2012)
Gặp mặt chúc Tết cán bộ của Trường nghỉ hưu tại Huế nhân dịp Tết Nhâm Thìn 2012.