Metabolic pathways are plastic and rapidly change in response to stress or perturbation. Current metabolic profiling techniques require lysis of many cells, complicating the tracking of metabolic chan

NIAID Data Ecosystem10

raw image data for "Resilient anatomy and local microplasticity of naïve and stress hematopoiesis "_Figure 1-4 part_2

应激造血

造血微环境成像

raw image data for "Resilient anatomy and local microplasticity of naïve and stress hematopoiesis "_Figure 1-4 part_2

NIAID Data Ecosystem10

raw image data for "Resilient anatomy and local microplasticity of naïve and stress hematopoiesis "_Figure 1-5 part_4

造血系统

应激造血

raw image data for "Resilient anatomy and local microplasticity of naïve and stress hematopoiesis "_Figure 1-5 part_4

NIAID Data Ecosystem10

raw image data for "Resilient anatomy and local plasticity of naïve and stress hematopoiesis "_29

造血应激成像

造血系统可塑性

raw image data for "Resilient anatomy and local microplasticity of naïve and stress hematopoiesis "_29

NIAID Data Ecosystem10

raw image data for "Resilient anatomy and local plasticity of naïve and stress hematopoiesis "_Figure ED 1-10_part_11

资源简介：

相关数据集