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期刊详情
Current Opinion in Systems Biology
IF
2.2
论文数
240
被引数
1087
相关解读
0
订阅
期刊论文
240
相关解读
0
期刊论文
240
发表时间
发表时间
IF
被引数
Understanding computation through biological self-organization
通过生物自组织理解计算
Current Opinion in Systems Biology
IF
2.2
2026-10-26
0
OA
AI
Hyun Youk
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Efficient computational frameworks for whole-cell models
高效的全细胞模型计算框架
Current Opinion in Systems Biology
IF
2.2
2026-10-09
0
OA
AI
Jonah R. Huggins; Marc R. Birtwistle
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Spatiotemporal multiscale models reveal how cross-scale coordination shapes human health and longevity
时空多尺度模型揭示跨尺度协调如何塑造人类健康和长寿
Current Opinion in Systems Biology
IF
2.2
2026-10-08
0
PRE
AI
Sophia K. Jannetty; Neda Bagheri
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Can we trust genome-scale metabolic models?
我们能否信任基因组规模代谢模型?
Current Opinion in Systems Biology
IF
2.2
2026-10-07
0
OA
AI
Chiara Damiani
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Computational models of cellular bioenergetics indicate the role of Ca2+ -regulated pyruvate dehydrogenase in metabolic remodeling
细胞生物能量学的计算模型表明Ca2+调控的丙酮酸脱氢酶在代谢重塑中的作用
Current Opinion in Systems Biology
IF
2.2
2026-09-29
0
PRE
AI
Lizcano-Prada, Ingrid A.; Voorsluijs, Valerie; Bordas, Stephane P. A.; Skupin, Alexander
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Next-generation metabolic models: From multi-constraint integration to AI-driven whole-cell kinetic simulation
下一代代谢模型:从多约束集成到AI驱动的全细胞动力学模拟
Current Opinion in Systems Biology
IF
2.2
2026-08-29
0
PRE
AI
Chuanji Zhang; Shengtao Lu; Hongzhong Lu
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Unleashing the potential of whole-cell modelling one step at a time
逐步释放全细胞建模的潜力
Current Opinion in Systems Biology
IF
2.2
2026-08-25
0
OA
AI
Yin Hoon Chew
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The evolution of standards in systems biology: From metabolic and multi-scale to whole-cell models
系统生物学中标准的发展:从代谢和多尺度到全细胞模型
Current Opinion in Systems Biology
IF
2.2
2026-08-18
0
OA
AI
Dario Eltzner; Lea Morschel; Andreas Dräger
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Amniote gastrulation in silico
羊膜动物体节形成过程的计算机模拟
Current Opinion in Systems Biology
IF
2.2
2026-08-01
0
OA
AI
Knudsen, Teresa E.; Utecht, Sebastian; Schauser, Jakob; Trusina, Ala
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Next-generation metabolic models: nonlinear resource allocation beyond the proteome
下一代代谢模型:超越蛋白质组学的非线性资源分配
Current Opinion in Systems Biology
IF
2.2
2026-06-25
0
OA
AI
Hugo Dourado; Martin J. Lercher
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Driving biological insight from genome-scale and multi-scale to whole-cell modeling
从基因组规模和多尺度到全细胞建模驱动生物学见解
Current Opinion in Systems Biology
IF
2.2
2026-05-25
0
OA
AI
Yuhang Li; Jens Nielsen; Feiran Li; Yu Chen
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A dialog between cell adhesion and topology at the core of morphogenesis
细胞粘附与拓扑结构在形态发生核心中的对话
Current Opinion in Systems Biology
IF
2.2
2026-05-14
0
PRE
AI
Adrián Aguirre-Tamaral; Elisa Floris; Bernat Corominas-Murtra
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Dynamics of Cell Fate Patterning in Discrete Multicellular Systems
离散多细胞系统中细胞命运模式的动力学
Current Opinion in Systems Biology
IF
2.2
2026-05-12
0
PRE
AI
Enrique García-Ortiz; Josep Mercadal; Marta Ibañes
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Systems biology at the body scale: towards adaptive digital twins in precision medicine.
系统生物学在整体尺度:迈向精准医学中的自适应数字孪生
Current Opinion in Systems Biology
IF
2.2
2026-04-21
0
PRE
AI
Arnau Montagud
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Disruption of Calcium Homeostasis by β-Amyloids: Insights from dynamical models
β-淀粉样蛋白对钙稳态的破坏:来自动力学模型的见解
Current Opinion in Systems Biology
IF
2.2
2026-04-14
0
PRE
AI
Geneviève Dupont
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Bifurcation Theory and Gene Regulatory Networks: A Framework for Understanding Cell Fate Decisions in Retinal Regeneration
分岔理论与基因调控网络:理解视网膜再生中细胞命运决定的一个框架
Current Opinion in Systems Biology
IF
2.2
2026-04-10
0
OA
AI
Mikhail Rotkevich; Manuel Fernandez Merino; Maria Pia Cosma
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Understanding the temperature response of biological systems: Part II- network-level mechanisms and emergent dynamics
理解生物系统的温度响应:第二部分-网络级机制和涌现动力学
Current Opinion in Systems Biology
IF
2.2
2026-04-01
0
PRE
AI
Jacobs, Simen; Voits, Julian B.; Frolov, Nikita; Schwarz, Ulrich S.; Gelens, Lendert
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Simple systems, complex dynamics: Lessons from minimal gene regulatory networks
简单系统,复杂动力学:来自最小基因调控网络的经验
Current Opinion in Systems Biology
IF
2.2
2026-04-01
0
OA
AI
Maretvadakethope, Smitha; Perez-Carrasco, Ruben
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Complex versus Complicated Systems Biology, Universality versus Detailed Modelling
复杂系统与复杂系统生物学,普适性与详细建模
Current Opinion in Systems Biology
IF
2.2
2026-03-27
0
OA
AI
Kunihiko Kaneko
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Toward a systems view of life’s origins: Modeling the emergence of complexity across chemical, informational and ecological levels
走向生命的起源的系统观:模拟复杂性在化学、信息和生态层面的涌现
Current Opinion in Systems Biology
IF
2.2
2026-03-21
0
OA
AI
Carla Alejandre; Marina Fernández-Ruz; Raúl Guantes; Jacobo Aguirre
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