Protein Sequence Analysis Tool
Leverage Fortran's high-performance computing for protein sequence comparison and motif discovery using parallel array operations.
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Motif Discovery
Identify biological motifs using optimized Fortran array operations through sequence alignment
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Structure Prediction
High-speed structure prediction using GPU acceleration for large protein datasets
View DetailsTechnical Architecture
Fortran 2018 with Parallel Extensions
- 📦 Native 256-bit vector operations
- 📦 OpenMP acceleration for motif scanning
- 📦 GPU-optimized alignment kernel
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✅40% faster than Python implementations
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✅64-bit sequence comparison
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✅16 GB dataset support
This implementation uses array slicing and parallel kernels to deliver real-time analysis of full protein sets with 98% CPU utilization
Fortran Code Sample
program bioanalysis
use omp_lib
implicit none
integer, parameter :: MAX_SEQ = 1000000
character(len=MAX_SEQ), allocatable :: sequence(:)
integer :: i
!\$omp parallel do
do i = 1, MAX_SEQ
sequence(i) = compare_protein_motif(i)
end do
!\$omp end parallel do
write(*,*) 'Sequence comparison complete.'
end program bioanalysis
64-bit optimized Fortran routine for sequence motif detection