See Also: nerve ending(medicine)
Brats in Beer(recipes)
Brats ' n' Beer(recipes)
ending(1)(dictionary)
ending(2)(dictionary)
ending(dictionary)
Ending(medicine)
never-ending(dictionary)
epilemmal ending(medicine)
annulospiral ending(medicine)

Brats in Beer (recipes) and nerve ending (medicine)


Brats in Beer (recipes)


Brats in Beer

Cook Time: 4 to 5 hours

Prep Time: 5 minutes

Yield: Makes 30 to 36 appetizers



Ingredients:



1-1/2pounds bratwurst (about 5 or 6 links)

1bottle (12 ounces) amber ale

1medium onion, thinly sliced

2tablespoons packed brown sugar

2tablespoons red Wine or cider vinegar

Spicy brown mustard

Cocktail rye bread









Preparation:





1.Combine bratwurst, ale, onion, brown sugar and vinegar in slow cooker. Cover; cook on LOW 4 to 5 hours.2.Remove bratwurst and onion slices from juices in slow cooker. Cut bratwurst into 1/2-inch-thick slices. For mini open-faced sandwiches, spread mustard on cocktail rye bread. Top with bratwurst slices and cooked onion, if desired.







Tip:

Choose a light-tasting beer for Cooking brats. Hearty ales might leave the meat tasting slightly bitter.







nerve ending (medicine)


nerve ending -->
synapse
<physiology> A connection between excitable cells, by which an excitation is conveyed from one to the Other.

1. Chemical synapse: one in which an action potential causes the exocytosis of neurotransmitter from the presynaptic cell, which diffuses across the synaptic cleft and binds to ligand gated ion channels on the post synaptic cell. These ion channels then affect the resting potential of the post synaptic cell.

2. Electrical synapse: one in which electrical connection is made directly through the cytoplasm, via gap junctions.

3. Rectifying synapse: one in which action potentials can only pass across the synapse in one direction (all chemical and some electrical synapses).

4. Excitatory synapse: one in which the firing of the presynaptic cell increases the probability of firing of the postsynaptic cell.

5. Inhibitory synapse: one in which the firing of the presynaptic cell reduces the probability of firing of the postsynaptic cell.