How to Avoid Weight Gain While Working at Home

Written by Rachel Greenberg


We have all heardrepparttar many benefits of working at home – set your own hours, spend more time with your family, avoidrepparttar 114142 commute, etc. And many people (including myself!) have actually reaped these benefits. But one thing we aren’t told is that for some of us, one unfortunate side effect of being at home all day is weight gain.

Now I know that a lot ofrepparttar 114143 work-at-home crowd is really only at home in an office part ofrepparttar 114144 time. Salespeople are always out on sales calls, and well, if you run a day care center in your home, then you’re probably chasing little ones around all day. These work-at-home types are probably immune torepparttar 114145 weight gain.

I’m talking aboutrepparttar 114146 rest of us. Those of us who are home alone, all day, with nothing but a computer and a bag of cookies to keep us company. How can we fightrepparttar 114147 urge to indulge? Let’s take a look atrepparttar 114148 top 5 options:

1. Set a routine and stick to it. Yes, I know, one ofrepparttar 114149 benefits of working at home is not having repparttar 114150 rigid work schedule, but we still need to have some sort of structure. Your routine should only allow for a few minutes of snacking a day, so that you know when and where you will be eating.

2. Don’t keep tempting foods inrepparttar 114151 house. This is much easier said than done, especially if you have children. I do not have kids, (but I do have a husband who can eat whatever he wants and never gain weight. Don’t you just hate him?) so I have to watch which foods get put intorepparttar 114152 pantry. And let’s face it, we could all stand to make some healthier selections. Buy apples instead of chips, or protein bars instead of candy bars. Just one substitute here and there can make a difference.

Omega-3 And Sudden Cardiac Arrest

Written by Greg Post


Sudden Cardiac Death (SCD) is responsible for numerous deaths inrepparttar U.S. and other countries aroundrepparttar 114141 world. It is notrepparttar 114142 same as a heart attack. A heart attack normally occurs when advanced atherosclerosis (clogging ofrepparttar 114143 arteries) slowly starvesrepparttar 114144 heart causing irreversible damage. The heart finally cannot function properly and stops. Sudden cardiac death occurs whenrepparttar 114145 electrical impulses that control heart function become erratic resulting in an irregular heartbeat (arrhythmia). Whenrepparttar 114146 arrhythmia is severe enoughrepparttar 114147 heart suddenly stops, starvingrepparttar 114148 brain of needed blood. Death often follows quickly unless emergency care is administered immediately. Often sudden cardiac death occurs when no other heart disease is detected.

It has long been understood that eating fish can reducerepparttar 114149 likelihood of heart attack and other cardiovascular diseases. The reason? Fish, especially cold-water fatty fish, is high in two omega-3 polyunsaturated fatty acids (PUFA). These two fatty acids are eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA). Omega-3 has been shown to reducerepparttar 114150 build-up of artery clogging atherosclerosis and keep blood platelets from sticking together thus reducingrepparttar 114151 risk of heart attack and stroke.

But more recent studies suggest that omega-3 fatty acids also have an effect onrepparttar 114152 dangerous arrhythmias that can cause sudden cardiac death by regulatingrepparttar 114153 impulses that control heart rhythm.

One study involvedrepparttar 114154 use of mycocytes (cells that beat independently). By addingrepparttar 114155 free fatty acids to these cells arrhythmias were aborted. Whenrepparttar 114156 fatty acids were extracted fromrepparttar 114157 mycocytesrepparttar 114158 arrhythmias would reoccur thus indicating that omega-3 fatty acids have a stabilizing effect on heart rhythm. The apparent mechanism for controlling rhythm involved cell ion channels, proteins that controlrepparttar 114159 movement of sodium, calcium and potassium ions acrossrepparttar 114160 membrane ofrepparttar 114161 cell.

Another study, conducted by Danish researchers, examinedrepparttar 114162 relationship between heart rate variability and omega-3 fatty acids in healthy subjects. It had already been determined that heart arrhythmias could be positively impacted in patients who were recent heart attack victims. These researchers wanted to determine if people otherwise free of heart disease could gainrepparttar 114163 same arrhythmia controlling benefits from omega-3 fatty acids.

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