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Given the following text description, write Python code to implement the functionality described below step by step
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Description:
 A count of the total number of mitochondria within the bounds (694×1794, 1750×2460, 1004×1379).
Step1:  We can count annotated mitochondria by referencing the mitochondria channel
Step2:  We can now use the built-in connected-components to count mitochondria.
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Python Code:
import ndio.remote.OCP as OCP
oo = OCP()
token = "kasthuri2015_ramon_v1"
Explanation: A count of the total number of mitochondria within the bounds (694×1794, 1750×2460, 1004×1379).
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mito_cutout = oo.get_cutout(token, 'mitochondria', 694, 1794, 1750, 2460, 1004, 1379, resolution=3)
Explanation: We can count annotated mitochondria by referencing the mitochondria channel:
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import ndio.utils.stats as ndstats
c, f = ndstats.connected_components(mito_cutout)
print "There are {} mitochondria total in the annotated volume.".format(f)
Explanation: We can now use the built-in connected-components to count mitochondria.
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