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  分子生物学
新型隐球菌
乙烯分子结构模型图
硫分子结构模拟图
胰岛素分子
足球烯－C60
流行性感冒病毒
艾滋病病毒
逆转录酶病毒
中性白细胞和红细胞
动植物组织细胞
Mlot4细胞
食管癌细胞株表达MMP-2
 
Figure 12.2 Two loci that can affect a person's response to
Figure 5.12 Genomic differences between M. bovis and BCG
Figure 6.8 Analysis of bar code DNA microarrays
Figure 6.11 Structural basis for aquaporin function
Figure 10.15 Circuit diagrams of proteins adhering to wt and
Figure 1.6 Size distribution of exons and introns.
Figure 1.11 Four proposed models to explain imprinted gene s
Figure 2.17 Quantitative real-time PCR performed with a 17-s
Figure 5.15 Calcineurin signaling circuit
Figure 10.8 Circuit diagram summa-rizing dystrophin and asso
Figure 11.9 Lipostat controls body fat content
Figure 1.2 How to read a DNA sequencing gel
Figure 11.11 Pattern of weight change over 24 weeks in obese
Figure 10.4 Inactivated X chromosome
Figure 10.17 Effects of caveolin mutation on muscle developm
FIgure 5.24 Comparison of microarray and Northern blot data
Figure 10.12 Sarcoglycan/sarcospan protein-protein interac-t
Figure 10.16 Electron micrograph of the cytoplasmic side of
Figure 11.6 Conservation of leptin gene in animals
Figure 7.1 Spatial difference between cis- and trans-regulat
Figure 8.22 Short–term activation of four key enzymes for L
Figure 8.25 Activity profiles of PKA, CaMKII, CaN, and PP1 w
Figure 8.27 Myc subsection from Kohn’s cell cycle circuit.
Figure 10.5 Immunofluorescent labeling of dystrophin and utr
Figure 10.14 Immunofluorescence detection of proteins adheri
Figure 9.5 Circuit diagram of 348 nodes and 362 interactions
Figure 10.9 Immunofluorescence labeling of biop-sies from th
Figure 10.21 Immunofluo-rescence labeling of skeletal muscle
Figure 1.7 Genome-wide comparisons of transcription factor f
Figure 7.2 Sea urchin S. purpuratus embryogenesis.
Figure 5.16 Calcineurin signaling circuit DNA microarray dat
Figure 6.18 Two-dimensional (2D) gel electrophoresis
Figure 8.4 Experimental two-gene bistable toggle switch
Figure 10.10 Immunefluorescence localization of muted-sarcog
Figure 10.19 Location of -dystrobrevin in wt and mutant mice
Figure 5.11 M. tuberculosis DNA microarray probed with M. b
Figure 8.2 A toggle switch that chooses between coexistence
Figure 8.21 Circuit diagram examining the role of cAMP in LT
Figure 1.5 GC content of the genome
Figure 5.20 NCI60 gene expression dendrogram
Figure 11.2 Your initial model for weight control
Figure 7.6 The first ten DNA constructs built by Davidson’s
Figure 7.24 Screen shot of a Java web page that shows protei
Figure 10.3 Karyotypes for the two patients
Figure 4.1 DNA microarray
Figure 8.24 Activity profile
Figure 4.2 Production of cDNA probes for a yeast DNA chip
Figure 5.23 Correlation between ASNS expression and chemosen
Figure 7.7 Photomicrographs showing the location of CAT mRNA
Figure 5.18 Response of FK506 and CsA signature genes in del
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