Find local businesses, view maps and get driving directions in Google Maps.

在基于X射线晶体学的蛋白质结构解析过程中，我们会遇到很多“map”。 例如2Fo-Fc，表示晶体结构的 电子密度 。 其中Fo是F-observe，实验测量到的结构因子，即真实结构因子。

Take a tour of the MFO with our interactive map, featuring information on the Treaty zones, MFO facilities in the Sinai, and our offices in Egypt, Israel, & Rome.

Explore the MFO's interactive Sinai map, featuring Treaty zones, MFO facilities in Sinai, and offices in Egypt, Israel, and Rome.

MFO - Sinai Map This is the official website of the Multinational Force and Observers. No other website has official support or sponsorship by the MFO. ... About MFO Contingents Organization. Financial Information News & Media Documents Sinai Map ...

In X-ray crystallography, a difference density map or Fo–Fc map shows the spatial distribution of the difference between the measured electron density of the crystal and the electron density explained by the current model.

2023年10月25日 · 该文件包含两个map，分别是mFo-DFc_polder和mFo-DFc_omit。其中mFo-DFc_omit map中溶剂进入了omit区域，可以理解为它是包括了溶剂的difference map。Polder map相比omit map少了一个溶剂。 打开方式为，在Coot中手动加载polder map，选择“Open MTZ→mmCIF、fcf or phs...”选项，并在选择 ...

phenix.maps is a simple command-line tool for calculating map coefficients from a model and reflections file, with optional FFT to generate an actual map file. The program is largely self-documenting; this section essentially reproduces the command-line output of the program when run without arguments.

mFo-DFc map: the other most common type of map generated by refinement programs, along with 2mFo-DFc. Colloquially called a "difference map", although technically 2mFo-DFc maps also fall into this category. The mFo-DFc map is usually viewed at positive and negative contours (typically +/- 3 sigma).

A polder map is an omit map which excludes the bulk solvent around the omitted region. This way, weak densities, which can be obscured by bulk solvent, may become visible. Typical omitted regions are: ligands; residues protruding into solvent area and with unclear side chain orientations (such as lysine, arginine, etc.) C- or N-terminal residues