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Algorithm for bending structure of Myxobacteria Nan Chen and Yilin WuPowerPoint Presentation

Algorithm for bending structure of Myxobacteria Nan Chen and Yilin Wu

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In this presentation, we developed an algorithm for describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Algorithm for bending structure of Myxobacteria describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Nan Chen and Yilin Wu

Algorithm Description describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Key nodes are used to describe the flexibility of myxobacteria

Stretching and bending Energy describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Stretching Energy

Bending Energy

MonteCarlo Algorithm for cells movement describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Algorithm for one MC step

For I = 1 to n-1

Randomly choose one node

Randomly choose one moving direction and distance

If (Collision happen)

Not accepted and next

Calculate energy change

Calculate acceptance probability

if (Accpted)

update configuration

Algorithm for cells collision describing the bending structure of myxobacteria. In this algorithm, cell structure is presented by key nodes and connection bonds. System potential energy includes stretching energy and bonding energy. Cell collision is implemented by a MC algorithm. Further development is still in progress.

Turn to this direction

Why we choose MC algorithm, not deterministic algorithm (MD)?

- Advantage
- MC Algorithm could easily handle verycomplicated cell configurations
- MC algorithm allows cells still to move when cell lock happens
- Disadvantage
- MC algorithm is slower than deterministic algorithm

Algorithm of Adding slime field (MD)?

- The cell “searches” the slime field in front of S-end. Sum all the slimes in the N areas (as shown in next slide) respectively, denoting by S(i), i= 1,…N;
- The probability to choose one of the N directions (as shown in next slide) is proportional to the slime concentrations in the N areas:

- The 2D surface was already mapped into 2D lattice. I create a slime field on this lattice;
- In every time step, each cell deposits slimes by adding 1 slime to each lattice site occupied by the A-end;
- In every time step, before moving a cell, specify the position O(x, y) of the its S-end or head;

Summary (MD)?

- Further work to integrate both the cell-cell interactions and slime field.

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