Update README.md

README.md

@@ -8,7 +8,7 @@
 
 ## About 📖
 pyEED is a toolkit enabling object-oriented analysis of protein sequences, instead of working with sequences in a file-oriented fashion. This will enable the user to easily access and manipulate sequence information and to perform analyses on the sequence data.  
-This library is currently under development and thus the API is subject to change. Check out the [Roadmap](#roadmap-%EF%B8%8F) for more information. If you have feature ideas, or notes issues with pyEED, submit an [issue](https://github.com/PyEED/pyeed/issues).
+This library is currently under development and thus the API is subject to change.
 
 
 ## Installation ⚙️
@@ -20,42 +20,9 @@ pip install git+https://github.com/PyEED/pyeed.git
 
 ## Quick start 🚀
 
-In the following example, information of the [aldolase](https://www.ncbi.nlm.nih.gov/protein/NP_001287541.1/) (*Drosophila melanogaster*) is retrieved from the corresponding GenBank entry. Thereafter, a protein blast search ist started and the found sequence information is fetched and stored as `ProteinSequence` objects.
-
-```python
-from pyeed.core import ProteinInfo
-
-# Get a protein entry from NCBI by accession id
-aldolase = ProteinInfo.from_ncbi("NP_001287541.1")
-print(aldolase)
-
-# Start a blast search with the protein sequence of tem1 as query
-blast_results = aldolase.pblast(n_hits=10)
-
-# Get the corresponding nucleotide entry
-aldolase_cds = aldolase.get_dna()
-
-# print the protein and coding sequence of the 2nd blast result
-print(blast_results[1].sequence)
-
-# print the nucleotide sequence of tem1
-print(aldolase_cds)
-```
+Library is currently refactored, quick start will be updated soon!
 
 ## Documentation 📘
 
 Check out the [documentation](https://pyeed.github.io/pyeed/) for in-depth information on how to setup `pyeed`, 
-use the build-in tools, and store sequence data in databases.  
-
-## Roadmap 🛣️
-
-- [x] `ProteinSequence` data model: Object-oriented representation of a protein sequence database entry.
-- [x] `ProteinSequence` query: get protein sequence by accession id from NCBI database
-- [x] Blast search: get protein sequnces as a result from a blast search
-- [x] Retrieve corresponding coding sequence
-- [x] Storing `ProtenSequence` in a SQL database
-- [x] Running pairwise alignments
-- [x] Network analysis / visualization
-- [ ] Create phylogenetic trees
-- [x] Multi-sequence alignments
-- [x] Representative clustering
+use the build-in tools, and store sequence data in databases.