structural hierarchy in proteins. the reaction of dansyl chloride in end group analysis

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Structural hierarchy in proteins

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Page 1: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Structural hierarchy in proteins

Page 2: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The reaction of dansyl chloride in end group analysis

Page 3: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The hypothetical rate of the carboxypeptidase-catalyzed release of amino acids: all bonds cleaved at the same rate

Page 4: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The hypothetical rate of the carboxypeptidase-catalyzed release of amino acids: Ser slow, Tyr fast, and Leu intermediate

Page 5: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Specificities of various exopeptidases

Page 6: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Specificities of various endopeptidases

Page 7: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Edman degradation

Page 8: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The amino acid sequence of a polypeptide chain

Page 9: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Primary structure of bovine insulin

Page 10: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Flow diagram for polypeptide

synthesis by the solid phase method

Page 11: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Amino acids with benzyl-protected side chains and Boc-protected -amino groups

Page 12: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Connecting two peptides: native chemical ligation

Page 13: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

END

Page 14: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Amino Acid Sequences of Cytochromes c from 38 species

Page 15: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Amino Acid Sequences of Cytochromes c from 38 Species

Page 16: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Amino Acid Difference Matrix for 26 Species of Cytochrome ca

Page 17: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The PAM-250 Log Odds Substitution Matrix

Page 18: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Flow diagram of the chain-terminator (dideoxy) method of DNA sequencing

Page 19: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Autoradiograph of

a sequencing gel

Page 20: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

A portion of the output of a four reaction/one gel sequencing system

Page 21: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Genome sequencing strategies

Page 22: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Scanning electron microscope of human erythrocytes. (a) Normal human erythrocytes revealing their biconcave disklike shape

Page 23: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Scanning electron microscope of human erythrocytes. (b) Sickled erythrocytes from an individual with sickle-cell anemia

Page 24: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

A map indicating the regions of the world where malaria caused by P. falciparum was prevalent before 1930

Page 25: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Phylogenic tree of cytochrome c

Page 26: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Rates of evolution of four unrelated proteins

Page 27: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

A phylogenetic tree for cytochrome c

Page 28: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Phylogenetic tree of the globin family

Page 29: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Rate of sequence change in evolving proteins. (a) Protein evolving at random and that initially consists of 5% each of the 20 “standard” amino acid residues

Page 30: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Rate of sequence change in evolving proteins. (b) A protein of average amino acid composition evolving as is observed in nature

Page 31: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Sequence alignment with dot matrices

Page 32: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The optical alignments of human myoglobin (Mb, 153 residues) and the human hemoglobin chain (Hb, 141 residues)

Page 33: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

A guide to the significance of normalized alignment scores (NAS) in the comparison of peptide sequences

Page 34: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Use of the Needleman-Wunsch alignment algorithm [alignment of 10-residue peptide (horizontal) with 11-residue peptide (vertical)]. (a) Comparison matrix

Page 35: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Use of the Needleman-Wunsch alignment algorithm [alignment of 10-residue peptide (horizontal) with 11-residue peptide (vertical)]. (b) Transforming the matrix

Page 36: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Use of the Needleman-Wunsch alignment algorithm [alignment of 10-residue peptide (horizontal) with 11-residue peptide (vertical)]. (c) Transformed matrix

Page 37: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Phylogenetic trees

Page 38: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

An unrooted phylogenetic tree of the five HIPIP sequences that are aligned in Fig. 7-30c

Page 39: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Manipulations employed in the neighbor-joining method for the construction of a phylogenetic tree

Page 40: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

A DNA chip

Page 41: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The photolithographic synthesis of a DNA chip

Page 42: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Variation in the expression of genes that encode proteins known as cyclins (Section 34-4C) in human tissues

Page 43: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis
Page 44: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Some Sequenced Genomes

Page 45: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Some Sequenced Genomes

Page 46: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Amino acid analysis via HPLC

Page 47: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The generation of the gas phase ions required for the mass spectrometric analysis of proteins: electrospray ionization (ESI)

Page 48: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The generation of the gas phase ions required for the mass spectrometric analysis of proteins: matrix-assisted laser

desorption/ionization (MALDI)

Page 49: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The generation of the gas phase ions required for the mass spectrometric analysis of proteins: fast atom bombardment (FAB)

Page 50: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The ESI-MS spectrum of the 17 kD horse heart protein apomyoglobin

Page 51: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The use of a tandem mass spectrometer (MS/MS) in amino acid sequencing

Page 52: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Peptide mapping

Page 53: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

The tandem mass spectrum of the doubly charged ion of the 14-residue human [Glu1]fibrinopeptide B (m/z = 786)

Page 54: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Peptide mapping

Page 55: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Sequence determination of an oligonucleotide by partial digestion with snake venom phosphodiesterase

Page 56: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Use of the Needleman-Wunsch alignment algorithm [alignment of 10-residue peptide (horizontal) with 11-residue peptide (vertical)].

(d) Alignment

Page 57: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Examples of peptide sequence alignments

Page 58: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

Reaction cycle in the phosphoramidite method of oligonucleotide synthesis

Page 59: Structural hierarchy in proteins. The reaction of dansyl chloride in end group analysis

World Wide Web Addresses for the Major Protein and DNA Sequence Data Banks