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https://github.com/hemekg/hemekg

Modeling heme pathogenicity and pathway dysregulation in the context of hemolytic disorders
https://github.com/hemekg/hemekg

biological-expression-language heme knowledge-modeling networks-biology pathways pybel systems-biology

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Modeling heme pathogenicity and pathway dysregulation in the context of hemolytic disorders

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README

          

HemeKG
======
Assembling and modeling the knowledge around heme pathogenicity and pathway dysregulation in the context of hemolytic
disorders. The data hosted in this repo was curated by `Farah Humayun `_ in context of her
Master's Thesis. The curated documents are located in the ``hemekg`` directory.

Citation
--------
If you find HemeKG useful in your work, please consider citing:

.. [1] Humayun, F., *et al.* (2020). `A computational approach for mapping heme biology in the context of hemolytic
disorders `_. *Front. Bioeng. Biotechnol.* 8:74.

Installation
------------
The ``hemekg`` python package can be installed from `PyPI `_
with the following code in your shell:

.. code-block:: sh

$ pip install hemekg

The development version can be installed from `GitHub `_
with:

.. code-block:: sh

$ git clone https://github.com/hemekg/hemekg.git
$ cd hemekg
$ pip install -e .

Commands
--------
To see all the commands, simply run:

.. code-block:: sh

$ hemekg

Usage
-----
To get the BEL graph, use the following code:

.. code-block:: python

>>> import hemekg
>>> graph = hemekg.get_graph()
>>> graph.summarize()

Annotations
~~~~~~~~~~~
Auxiliary annotations are located in the hemekg/annotations directory.
These include:

1. TimePoint.
2. Species.
3. Concentration.

More BEL Content
----------------
See `A Listing of Publicly Available Content in the Biological Expression Language (BEL)
`_ on Charles Tapley Hoyt's blog
for more BEL content.