too-many-cells alternatives and similar packages

Based on the "Bioinformatics" category.
Alternatively, view too-many-cells alternatives based on common mentions on social networks and blogs.

hyraxAbif

6.2 0.0 too-many-cells VS hyraxAbif

ABIF parser, writer and generator
elynx-seq

5.1 0.0 too-many-cells VS elynx-seq

Analyze, modify and simulate molecular sequence data and phylogenetic trees in a reproducible way.

Access the most powerful time series database as a service

Ingest, store, & analyze all types of time series data in a fully-managed, purpose-built database. Keep data forever with low-cost storage and superior data compression.

Promo www.influxdata.com

BiobaseHTTP

4.9 0.0 too-many-cells VS BiobaseHTTP

Haskell cabal libary for submission and result retrieval from the NCBI Entrez REST webservice
hierarchical-spectral-clustering

4.4 0.0 too-many-cells VS hierarchical-spectral-clustering

Hierarchical spectral clustering of a graph.
birch-beer

4.4 0.0 too-many-cells VS birch-beer

Generate a tree for displaying a hierarchy of groups with colors, scaling, and more.
zsyntax

3.9 0.0 too-many-cells VS zsyntax

Automated theorem prover for a linear logic-based calculus for molecular biology.
modularity

3.1 0.0 too-many-cells VS modularity

Find the modularity of a network.
integreat

2.8 0.0 too-many-cells VS integreat

Integrate difference data sources and optionally perform differential integration.
BiobaseEnsembl

2.8 0.0 too-many-cells VS BiobaseEnsembl

Ensembl related functions and datastructures
differential

2.5 0.0 too-many-cells VS differential

Finds out whether an entity comes from different distributions (statuses).
ViennaRNA-extras

2.4 0.0 too-many-cells VS ViennaRNA-extras

ViennaRNA v2 extensions in Haskell
collapse-duplication

1.3 0.0 too-many-cells VS collapse-duplication

Process the output of heatitup in order to collapse sequences into clones by similar ITD mutations.
tex-join-bib

1.3 0.0 too-many-cells VS tex-join-bib

Compile separate tex files with the same bibliography.
normalize

1.3 0.0 too-many-cells VS normalize

normalize
heatitup-complete

1.3 0.0 too-many-cells VS heatitup-complete

Find and annotate ITDs with assembly or read pair joining using suffix trees and characterize the exogenous segments within the spacer using heat diffusion. A layer on top of heatitup for additional functionality such as working with BAM files directly.
subsample

1.3 0.0 too-many-cells VS subsample

Subsample data from a uniform distribution so two different statuses for the same entity have the same number of samples.
pipes-ordered-zip

- - too-many-cells VS pipes-ordered-zip

merge two ordered Producers into a new Producer
heatitup

- - too-many-cells VS heatitup

Find and annotate ITDs.