第一部分 奋斗历程 1
我的往事回顾 3
钱煦院士简介 9
钱煦家族史 13
钱氏家训 14
第二部分 学术贡献 15
一、钱煦院士的学术成就与学术思想 17
二、钱煦院士的主要学术论文 18
Quantitative Evaluation of the Circulatory Adjustment of Splenectomized Dogs to Hemorrhage 18
Comparison of Viscometric Behaviour of Suspensions of Polystyrene Latex and Human Blood Cells 29
Flow Characteristics of Human Erythrocytes Through Polycarbonate Sieves 32
Blood Viscosity：Influence of Erythrocyte Deformation 36
Blood Viscosity：Influence of Erythrocyte Aggregation 39
Blood Rheology and its Relation to Flow Resistance and Transcapillary Exchange，with Special Reference to Shock 43
Abnormal Rheology of Oxygenated Blood in Sickle Cell Anemia 52
Shear Dependence of Effective Cell Volume as a Determinant of Blood Viscosity 62
Strain Energy Function of Red Blood Cell Membranes 65
Rheology of Sickle Cells and Erythrocyte Content 76
In Vivo Measurements of“Apparent Viscosity”and Microvessel Hematocrit in the Mesentery of the Cat 89
Rheology of Sickle Cells and the Microcirculation 105
The Hyperlipidemia of the Nephrotic Syndrome——Relation to Plasma Albumin Concentration，Oncotic Pressure，and Viscosity 108
Determination of Junction Avidity of Cytolytic T Cell and Target Cell 114
Passive Deformation Analysis of Human Leukocytes 120
On the Time-Dependent Diffusion of Macromolecules Through Transient Open Junctions and Their Subendothelial Spread I.Short-Time Model for Cleft Exit Region 134
Molecular Basis of Red Cell Membrane Rheology 153
Blood Cell Deformability and Interactions：From Molecules to Micromechanics and Microcirculation 165
Fluid Shear Stress Induces a Biphasic Response of Human Monocyte Chemotactic Protein 1 Gene Expression in Vascular Endothelium 173
The Ras-JNK Pathway Is Involved in Shear-Induced Gene Expression 181
Role of Integrins in Cellular Responses to Mechanical Stress and Adhesion 192
Molecular Mechanism of Endothelial Growth Arrest by Laminar Shear Stress 200
Role of Integrins in Endothelial Mechanosensing of Shear Stress 207
An Extracellular Matrix Microarray for Probing Cellular Differentiation 216
Visualizing the Mechanical Activation of Src 225
Cooperative Effects of Rho and Mechanical Stretch on Stress Fiber Organization 232
Selective Adapter Recruitment and Differential Signaling Networks by VEGF vs.Shear Stress 241
Anisotropic Rheology and Directional Mechanotransduction in Vascular Endothelial Cells 249
Role of MicroRNA-23b in Flow-regulation of Rb Phosphorylation and Endothelial Cell Growth 258
Long-Term Human Pluripotent Stem Cell Selfrenewal on Synthetic Polymer Surfaces 270
Integrin Activation and Internalization on Soft ECM as a Mechanism of Induction of Stem Cell Differentiation by ECM Elasticity 283
Role of Histone Deacetylases in Transcription Factor Regulation and Cell Cycle Modulation in Endothelial Cells in Response to Disturbed Flow 293
Roles of Cell Confluency and Fluid Shear in 3-Dimensional Intracellular Forces in Endothelial Cells 303
Shp2 Plays a Crucial Role in Cell Structural Orientation and Force Polarity in Response to Matrix Rigidity 312
Regulation of Vascular Smooth Muscle Cell Turnover by Endothelial Cell-secreted MicroRNA-126：Role of Shear Stress 321
Antagonism Between Binding Site Affinity and Conformational Dynamics Tunes Alternative Cis-Interactions Within Shp2 335
β-Catenin Phosphorylations and Endothelial Functions 348
Epigenetic Mechanism in Regulation of Endothelial Function by Disturbed Flow：Induction of DNA Hypermethylation by DNMT1 357
Piezol，a Mechanically Activated Ion Channel，is Required for Vascular Development in Mice 365
三、钱煦院士的重要文章 375
父亲，您是完人 375
胡匡政：我的神仙伴侣 379
四、钱煦院士学术年表 384
钱煦院士发表论文目录 384
钱煦院士主编专著目录 429
钱煦院士参编专著目录 430
钱煦院士其他文章和著作 436
钱煦院士简历、荣誉和科学社团服务 439
第三部分 治学之道 447
钱煦院士为人景仰的治学之道与大师风范 449
钱煦教授的探索精神鼓舞我在科研道路上前进 452
一生辛勤耕耘，奉献累累硕果 454
我眼中的钱院士 456
永不停歇的科学巨人：钱煦院士 459
学贯中西的顶级医学科学家，优雅谦冲的中华文化诠释者 460
导师的言传身教是我人生成长的最宝贵财富 461
与钱煦先生的忘年交 463
谦谦君子，学术泰斗——记钱煦院士“一个中国人在美国的教学研究之路”报告 465
生活的乐趣在于学习 生命的意义在于创造 467
第四部分 大师风范 469
医学先知，人生导师——钱煦院士 471
亦师亦友的钱煦院士 472
润物细无声 474
记与钱煦教授相处的难忘岁月 476
大师风范，润物无声 478
我所认识的钱老师（钱煦院士） 480
钱院士的风范 482
让后进如沐春风的钱院士 483
学为人师 行为世范 485
钱煦先生与我的师生缘 487
钱煦院士是影响我一生最大的老师 490
阳煦山立的钱先生 491
为人为学的榜样 492
我所信仰的科学人生——钱煦院士 494
学习的楷模，做人的榜样 495
钱煦先生小记 498
师之能者，传艺授技；师之大者，开智立德 500
我所认识的钱煦老师 502
德术兼修的巨人 503
我眼中的钱煦先生 504
Kindred Spirits-You Speak 506
煦弟政妹八十寿庆 508
为二哥八秩荣寿祝嘏 509
杰出的钱煦：我的终身伴侣 511
我的爸爸 515
我的爸爸，钱煦教授 517
我们与钱煦老师在UCSD 519
第五部分 社会影响 521
钱煦：全球科学家的楷模 523
钱煦先生与中国生理学会 532
利在天下必谋之——《华人世界》钱煦访谈 534
“我的根在杭州”——专访美国四院院士钱煦 538
与钱煦问答 540
美籍华人科学家钱煦：一朝中国人，永为中国人 542
谦谦学者如和煦阳光 543
钱煦：如果只有40岁，我会回国创业 544
盛名之下，心平如镜 546
著名科学家钱煦与“钱学森力学班”师生座谈 547
著名华裔医学家钱煦获哥大杰出成就勋章 548
美国生物医学工程学会“钱煦成就奖”评选颁奖活动今启动 549
第六部分 人生风采 551
成长历程 553
幸福家庭 554
同事友情 558
学术交流 560
珍贵合影 562
关爱学生 565
重回故地 567