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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
 
冈崎片断的连接
酵母人造染色体
mRNA多腺苷酸化
操纵子调控2
成熟mRNA的获得
光修复原理
核酸杂交程序
氮的排泄形式
翻译后调控机制
Figure 12.1 Celluar internalization of a larger protein fuse
Figure 10.1 Histology of wt and patient’s skeletal muscle b
Figure 9.3 Galactose induction of yeast genes
Figure 5.10 Southern blot confirmation of genomic representa
Figure 11.1 Cross-sectional view of a rat brain
Figure 11.7 Effect of leptin on ob and db mice
Figure 1.1 DNA replication in three steps.
Figure 6.14 Yeast two-hybrid method
Figure 8.26 Symbolic language created for cell cycle and DNA
Figure 11.3 Northern blot using 2G7 DNA as probe
Figure 9.4 Scatter plot of protein vs
Figure 11.10 Circuit diagram illustrating the role fat accum
Figure 2.14 Schematic of continuous-flow PCR
Figure 10.11 Sequence chromatograms showing homozygous wt, h
Figure 2.30 Schematics of gram-negative cell membranes and w
Figure 8.23 Full-circuit diagram with feedback loop, synapti
Figure 11.4 Northern blot of fat RNA from various strains of
Figure 1.4 Two proteins produced by alternative splicing of
Figure 11.5 Genetic cause for obese phenotype
Figure 11.12 Lipostat response to rapid changes in body fat
Figure 6.19 Tandem mass spectrometry for protein identificat
Figure 10.13.1 Working model of muscle molecules near dystro
Figure 10.13.2 Working model of muscle molecules near dystro
Figure 10.22 cGMP levels in control and mutant muscle
Figure 2.34 A time course assay to measure the effectiveness
Figure 6.36 Microwell array manufacturing
Figure 2.19 Rooted phylogenetic tree using ribosomal DNA seq
Figure 3.3 Electropherograms of microsatellite alleles from
Figure 8.28 Wild-type T7 (T7 ) genome contains 56 genes enco
Figure 9.2 Comparison of Northern blot and microarray data
Figure 12.3 The percentage of laboratories that produced inc
Figure 10.7 Diagram summarizing Laminin dystrophin and assoc
Figure 10.2 Linkage analysis for the families
Figure 11.8 Revised model for weight control
Figure 6.4 Region of interest in yeast genome, including put
Figure 8.29 Predicted consequences of altered gene 1 positio
Figure 10.6 Proposed structure of dystrophin
Figure 9.1 Galactose metabolism in yeast
Figure 10.20 Pathology of adbn muscle
Figure 12.4 Three truncated versions of dystrophin
Figure 10.8 Circuit diagram summa-rizing dystrophin and asso
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