How to Destroy the breeding places of Mosquitoes-(cont).-every individual should do everything possible to get rid of all breeding places.  Examine your premises and be sure that they are free from any vessels, etc., which will receive and contain still water for one week or longer, that will afford a breeding place for mosquitoes.  A loose brick causing a depression in the pavement, defective plumbing, cups, buckets, barrels, water pans and chicken yards, etc., a horse trough, a gutter on the ease of a row for house, models, barrels, tin cans, water spouts out of repair or clogged up and so do not drain properly.  These collectors of water should be removed and all plumbing, drains, roofs etc., repaired.

It strikes me that these two paragraphs are back to back and seem to contain the same unending list of places that mosquitoes might breed even though the paragraphs are right next to each other it seems a little ridiculous especially when I have to write all of us,.  Hopefully you're enjoying the concepts and we will hopefully actually hear some remedies on how to actually destroy breeding place as opposed to repetitive paragraphs describing where those breeding places are.  Then again, sometimes even in modern life you will hear rambling and more often that copy writing text that about irrelevant topics from progesterone to kids toys to scooter safety ad nauseam.

Additional Articles from the Book of Medicine:

• Breathing Capacity of Lungs
  
  

  Breathing Capacity of Lungs. –the breeding capacity of the lungs bears a close correspondence to the stature of man. For an ordinary sized man of about 5′8″ in height, it will be 230 cubic inches, or about 1 gallon of air, and for each additional inch of stature up to 6 feet, there will be an increase of 8 cubic inches. in a forcible expiration all the air in the lungs is not expelled; or still remains behind 100 cubic inches. thus, with his son expelled air, the breeding capacity of an ordinary sized man is about 330 cubic inches, or equivalent to 11 pints of air. Of the 230 cubic inches, 100 can only be forced into lungs by the exercise of great effort, and is available for emergencies as striking a heavy blow, or for the purpose of training, as in singing, rolling, running, climbing, etc.; but the extra amount of air old was on hand in the lungs is of great value, since it enables the lungs to perform their functions continuously, even under severe and violent exertions.

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  At this point in time I’m on page 47 of this text. We’ve been walking through basic anatomy, and I have a layman’s education in anatomy. I think this might be the first time that I’ve actually learned something conceivably useful from the book. I do not know how accurate it might be, I was intrigued by the concept that some of the air for the lungs remains in the lungs continuously. I do understand the concept of air pressure and this does make logical sense in that regards. It would also explain why it’s important to cover hole in the chest if you happen to puncture a lung. The puncture creates a deflated long which is lost that amount of air which remains at a constant level.

  All in all I’m quite impressed that I have learned something from the book that’s meant to teach me something.

• Choose a Better Life Health Blog
  
  

  Last night I had dinner with a gentleman from iContact.  He mentioned that his wife had been writing about her effort to change her life, live healthier, eat healthier and lose weight. 

  She has been very successful at achieving her goals.  You can follow some of her journey, her experiences, and benefit from her tips and lessons learned at ChooseABetterLife.net.

  I’m hoping to meet more health related bloggers today and as soon as I can find one of my missing cufflinks, I’m off to meet up with people for a couple pre-show breakfast get togethers.

• Muscles of the Shoulder
  
  

  The large triangular muscle of the shoulder — the deltoid — is one of great strength, as in fact are all the muscles of the arm.  If you grasp the arm tightly just above the elbow joint, and then bend the forearm, you will feel the biceps muscle of the arm become firm, hard and prominent; now straighten it again and it becomes relaxed, whilst the muscles on the back of the arm become hard and prominent. The muscles of the forearm are the flexors and pronators; that is, they flex the arm and turn the palm downward.  In each upper extremity or arm there are fifty-three muscles, and we observe here the nicest and most economical method of packing away the muscles that could be improvised, securing strength, giving elegance to its form and shape and facilitating its mobility.