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2006-04-17 00:00淋水式杀菌锅
2006-04-17 00:00全水回转式杀菌锅
2006-04-17 00:00喷淋连续杀菌机
2006-04-17 00:00静水压式杀菌机
2006-04-17 00:00水封式连续高压杀菌锅
2006-04-17 00:00超高温瞬时杀菌机
2006-04-15 00:00Figure 12.1 Celluar internalization of a larger protein fuse
2006-04-15 00:00Figure 12.2 Two loci that can affect a person's response to
2006-04-15 00:00Figure 12.3 The percentage of laboratories that produced inc
2006-04-15 00:00Figure 12.4 Three truncated versions of dystrophin
2006-04-15 00:00Figure 11.12 Lipostat response to rapid changes in body fat
2006-04-15 00:00Figure 11.11 Pattern of weight change over 24 weeks in obese
2006-04-15 00:00Figure 11.10 Circuit diagram illustrating the role fat accum
2006-04-15 00:00Figure 11.9 Lipostat controls body fat content
2006-04-15 00:00Figure 11.8 Revised model for weight control
2006-04-15 00:00Figure 11.7 Effect of leptin on ob and db mice
2006-04-15 00:00Figure 11.6 Conservation of leptin gene in animals
2006-04-15 00:00Figure 11.5 Genetic cause for obese phenotype
2006-04-15 00:00Figure 11.4 Northern blot of fat RNA from various strains of
2006-04-15 00:00Figure 11.3 Northern blot using 2G7 DNA as probe
2006-04-15 00:00Figure 11.2 Your initial model for weight control
2006-04-15 00:00Figure 11.1 Cross-sectional view of a rat brain
2006-04-15 00:00Figure 10.22 cGMP levels in control and mutant muscle
2006-04-15 00:00Figure 10.21 Immunofluo-rescence labeling of skeletal muscle
2006-04-15 00:00Figure 10.20 Pathology of adbn muscle
2006-04-15 00:00Figure 10.19 Location of -dystrobrevin in wt and mutant mice
2006-04-15 00:00Figure 10.18 Different mutations in calpain and phenotype va
2006-04-15 00:00Figure 10.17 Effects of caveolin mutation on muscle developm
2006-04-15 00:00Figure 10.16 Electron micrograph of the cytoplasmic side of
2006-04-15 00:00Figure 10.15 Circuit diagrams of proteins adhering to wt and
2006-04-15 00:00Figure 10.14 Immunofluorescence detection of proteins adheri
2006-04-15 00:00Figure 10.13.2 Working model of muscle molecules near dystro
2006-04-15 00:00Figure 10.13.1 Working model of muscle molecules near dystro
2006-04-15 00:00Figure 10.12 Sarcoglycan/sarcospan protein-protein interac-t
2006-04-15 00:00Figure 10.11 Sequence chromatograms showing homozygous wt, h
2006-04-15 00:00Figure 10.10 Immunefluorescence localization of muted-sarcog
2006-04-15 00:00Figure 10.9 Immunofluorescence labeling of biop-sies from th
2006-04-15 00:00Figure 10.8 Circuit diagram summa-rizing dystrophin and asso
2006-04-15 00:00Figure 10.7 Diagram summarizing Laminin dystrophin and assoc
2006-04-15 00:00Figure 10.6 Proposed structure of dystrophin
2006-04-15 00:00Figure 10.5 Immunofluorescent labeling of dystrophin and utr
2006-04-15 00:00Figure 10.4 Inactivated X chromosome
2006-04-15 00:00Figure 10.3 Karyotypes for the two patients
2006-04-15 00:00Figure 10.2 Linkage analysis for the families
2006-04-15 00:00Figure 10.1 Histology of wt and patient’s skeletal muscle b
2006-04-15 00:00Figure 9.5 Circuit diagram of 348 nodes and 362 interactions
2006-04-15 00:00Figure 9.4 Scatter plot of protein vs
2006-04-15 00:00Figure 9.3 Galactose induction of yeast genes
2006-04-15 00:00Figure 9.2 Comparison of Northern blot and microarray data
2006-04-15 00:00Figure 9.1 Galactose metabolism in yeast
2006-04-15 00:00Figure 8.30 Computed (solid lines) and observed (black dots)
2006-04-15 00:00Figure 8.29 Predicted consequences of altered gene 1 positio
2006-04-15 00:00Figure 8.28 Wild-type T7 (T7 ) genome contains 56 genes enco
2006-04-15 00:00Figure 8.27 Myc subsection from Kohn’s cell cycle circuit.
2006-04-15 00:00Figure 8.26 Symbolic language created for cell cycle and DNA
2006-04-15 00:00Figure 8.25 Activity profiles of PKA, CaMKII, CaN, and PP1 w
2006-04-15 00:00Figure 8.24 Activity profile
2006-04-15 00:00Figure 8.23 Full-circuit diagram with feedback loop, synapti
2006-04-15 00:00Figure 8.22 Short–term activation of four key enzymes for L
2006-04-15 00:00Figure 8.21 Circuit diagram examining the role of cAMP in LT

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