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Lumberjack Lessons - Duration: 5:42.
SEGMENTS WE'VE DONE HERE ON
"THE RHODE SHOW" TO KEEP YOU
MOVING.
IF YOU WANT TO FIND THOSE, HEAD
TO rhodeshow.com.
Will: I'M PLAYING LUMBERJACK
FOR A DAY IN CELEBRATION OF A
NEW STORE OPENING UP IN WARWICK.
WE HAVE DULUTH TRADING COMPANY.
GOOD MORNING, GUYS.
MENT GO.
Will: I HAVE MY PLAN NEL ON.
I'M READY TO GO.
DO YOU WANT TO TELL EVERYBODY?
HE'S WEARING A MEDIUM.
Will: THANK YOU!
I THOUGHT IT WOULD BE A LARGE.
BUT SHE CONVINCED ME THAT A
MEDIUM WOULD FIT ME TODAY.
YOU ARE LOOKING GOOD.
Will: THANK YOU.
I APPRECIATE THAT.
[LAUGHTER]
WE WERE TALKING BEFORE, YOU ARE
AN EXPERT LOG ROLLER.
YES.
AN EXPERT.
I LIKE THAT.
Will: IT SAYS EXPERT HERE.
YOU REMEMBER THAT.
Will: HOW DO YOU BECOME AN
EXPERT?
HOW DO YOU LOOK AT THAT AND GO,
I'M GOING TO GO OUT ON THAT AND
START ROLLING AROUND ON THAT.
I GREW UP IN HAYWARD,
WISCONSIN SO I GREW UP DOING IT.
RATHER THAN GOING TO SOCCER
CAMP IN THE SUMMER, WE WENT TO
LOG ROLLING SCHOOL.
Will: THE BIG CONTROVERSY IS
YOU SAY YOU ARE SLIGHTLY BETTER
AT NICK THAN THIS, IS THAT TRUE?
[LAUGHTER]
I'VE BEATEN HIM A COUPLE OF
TIMES.
I'LL GIVE HER THAT ONE.
Will: THIS IS A GREAT STORE.
OBVIOUSLY A LOT OF PEOPLE SEE
THE COMMERCIALS FOR DULUTH ON
TV ALL THE TIME.
THEY'RE REALLY FUNNY XHESHLS.
NOW IT IS MOVING INTO WARWICK
ON ROUTE 2.
TRADER JOES IS IN THAT PARKING
LOT.
YOU HAVE TO GIVE DIRECTIONS
LIKE A RHODE ISLANDER.
SO WE HEARD.
Will: YOU DO.
IT IS A GREAT STORE FOR FOLKS
WHO JUST -- IF YOU LOVE THE
OUTDOORS, YOU KNOW, IF YOU LOVE
THE GEAR, THE FLANNEL SHIRTS,
ANYTHING YOU NEED FOR THAT, THE
STORE HAS IT.
EVERYDAY WORK WEAR AND IT IS
MORE THAN WORK WEAR.
SINCE WE STARTED WORKING WITH
THEM T WOMEN'S LINE HAS COME A
LONG WAY.
IT'S MORE FASHIONABLE NOW.
NOT JUST YOUR TRADITIONAL WORK
WEAR.
SO, IT IS A REALLY COOL STORE
AND THEY HAVE TOOLS AND
REPURPOSED VEHICLES AND YOU GET
THAT WHOLE EXPERIENCE WHEN YOU
ARE IN THERE.
Will: AND IT IS ALSO ABOUT
THE CLOTHES THAT YOU DO SELL
THERE.
IT'S ALL ABOUT COMFORT.
YES, ABSOLUTELY.
Will: YOU'VE GONE THROUGH
DIFFERENT TESTING TO MAKE SURE
YOUR BUTT IS NOT HANGING OUT ON
CERTAIN PANTS AND THESE SHIRTS
ARE GOOD FOR WORKING.
RIGHT?
ANYTHING.
EXTRA ON THE ARMPITS.
THEY HAVE THE -- BACK, THEY
HAVE PLEATS SO WHEN YOU STRETCH
-- SEE THAT THERE -- YOU CAN
WORK WITHOUT BEING RESTRICTIVE.
DO YOU LIKE THIS?
[LAUGHTER]
Will: A LITTLE MORE OF THIS.
[LAUGHTER]
YOU'RE ALSO GOING TO DEMO FOR
US.
WE ARE.
Will: YOU HAVE A SAW AND YOU
HAVE AN AXE.
WE'RE GOING TO AXE SHOW.
Will: I WANT TO MAKE SURE NO
ONE IS BEHIND ME WHEN I DO THIS.
IT'S CLEAR.
IT'S CLEAR.
Will: I'LL START US OFF.
I'LL THROW THIS DOWN.
WE'LL DO THIS FIRST HALF OUT.
WE'LL KIND OF WALK THROUGH IT.
Brendan: DO IT EVERY DAY.
WE MADE A COUPLE OF STARTER
CUTS HERE.
SAFETY FIRST.
Will: IS THERE ANY SECRET TO
DOING THIS?
YES.
KEEP IT ON STRAIGHT AND FAIRLY
LEVEL SO YOU'RE PULLING.
SO, NICK WILL PULL AND THEN I'M
GOING TO PULL.
IT IS ABOUT WORKING WITH YOUR
PARTNER AND I DON'T WANT TO BE
PULLING --
Will: OK.
LET THE AXE DO THE WORK.
THE SAW.
YEAH.
YOU'RE GETTING NERVOUS.
I CAN TELL.
[LAUGHTER]
Will: THE PRESSURE'S ON!
I HAVE MY DULUTH SHIRT ON, I'LL
BE FINE.
ONE YOU PUT THE SHIRT ON,
YES.
AS YOU PULL IT TOWARDS YOU,
PULL IT DOWN TOWARD THE GROUND.
AS YOU GET DOWN TO THE BOTTOM,
YOU WANT TO MAKE SURE YOU GET
[INAUDIBLE] WITH THE SAW.
Will: TO MAKE SURE YOU CHOP
ALL THE WAY THROUGH.
Will: ALL RIGHT.
YOU GOT IT.
A NICE STARTER CUT HERE.
Will: ALL RIGHT.
WHAT DOES MY STANCE HAVE TO BE
LIKE?
ARE YOU RIGHT HANDED?
Will: LEFT-HANDED.
OK.
PUT YOURSELF THIS WAY.
THERE YOU GO.
YOU'LL PULL IT STRAIGHT
ACROSS.
A NICE, WIDE BASE.
THERE YOU GO.
Will: HOW DO I LOOK IN MY
SHIRT?
YOU LOOK WONDERFUL!
A WORKING MAN!
WE'RE ABOUT HALFWAY.
PERFECT.
KEEPING IT NICE AND STRAIGHT.
Will: THIS IS ACTUALLY GOOD.
I'M GOING TO NEED A NAP AFTER
THIS.
[LAUGHTER]
ALMOST DONE.
ALL THE WAY THROUGH.
CAREFUL WITH THE BOTTOM.
Will: ALL RIGHT.
DOWN.
NICE.
GOOD JOB!
NOW WE'LL TRY THE AXE.
YES.
Will: WHAT IS THE SECRET TO
THIS?
GO AHEAD, NICK.
Will: I'M GETTING OUT OF THE
WAY.
[LAUGHTER]
THE SECRET TO IT, YOU SAID
YOU ARE LEFT HANDED.
YOU'LL PROBABLY HOLD IT THIS
WAY.
I'M RIGHT HANDED.
GO LIKE THIS.
A LOT OF PEOPLE ROCK THEIR
WEIGHT OR JUST TAKE A STEP WITH
IT.
OR LET IT GLIDE OUT OF YOUR
HANDS.
IT WILL MAKE ONE FULL
ROTATION.
Will: NICE JOB!
THAT IS GOOD.
YOU'LL PROBABLY WANT TO
STAND LEFT FOOT FORWARD THERE.
YOUR LEFT HAND.
KICK BACK OVER YOUR HEAD.
AND THEN IT WILL GLIDE OUT
OF YOUR HANDS AND THROW YOUR
HANDS AT THE TARGET.
Will: ONE, TWO, DLAOE!
OK.
THAT'S PRETTY GOOD.
YOU'VE GOT THE ROTATION PART
DOWN, THOUGH.
Will: IT WAS THE SHIRT!
[LAUGHTER]
THANK YOU SO MUCH, GUYS, FOR
COMING IN HERE.
IF YOU WOULD LIKE TO KNOW MORE
INFORMATION ABOUT DULUTH
TRADING COMPANY, OPENING UP ON
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林宥嘉 - 眼色 (Cover) - Duration: 4:54.
For more infomation >> 林宥嘉 - 眼色 (Cover) - Duration: 4:54. -------------------------------------------
BH4U | What Causes Water Retention And How To Avoid It - Duration: 4:23.
[music]
What Causes Water Retention And How To Avoid It
Swellings in the hands, feet, and legs are a result of water retention, or otherwise
known as edema.
Edema is manifested by the buildup of fluids in the tissues, circulatory system, and cavities.
The most common reasons for water retention include premenstrual syndrome, physical inactivity,
sedentary lifestyle, pregnancy, and use of certain medications.
Swellings often occur during a long flight as well.
Edema is most often not serious, but at times, it can indicate a kidney disease or heart
failure.
Due to this, you should always find a way to treat edema.
These are the main reasons for water retention and ways to treat it:
1.Excessive Consumption of Processed Foods
Processed foods are loaded with sugar and sodium, which is one of the main causes of
edema.
They are also rich artificial food additives which have toxic nature, and thus put a load
on the kidneys and the liver.
Foods high in sugar lead to insulin spikes and high blood sugar.
2.Excessive Sodium Intake
In case you consume foods rich in sodium and do not drink enough water, the body will start
using the reserves, leading to edema.
With the help of water, the human cells can expand up to 20 times.
Sodium is also added to processed meat, canned vegetables, condiments, etc.
You should avoid table salt and start using Celtic and Himalayan sea salt.
3.Dehydration Dehydration occurs when a person does not
drink sufficient amounts of water.
In this case, the body retains water to survive, and this causes swellings in the body.
Remember to avoid coffee and soda drinks, and drink more water.
4.Vitamin B6 deficiency
The lack of vitamin B6 in the body often causes water retention.
The Journal of Caring Sciences published a study which involved women who experienced
water retention due to premenstrual syndrome.
The intake of vitamin B6 daily improved their condition.
Since it is water soluble, it is best to consume it in the form of whole foods.
Foods rich in it include tuna, sunflower seeds, pistachio nuts, potatoes with skin, dried
fruits, chicken, lean beef, turkey, and bananas.
5.Magnesium Deficiency
Edema is often caused by the lack of magnesium in the body, which is an essential mineral
for numerous bodily functions.
Researchers have found that the daily dose of 200 milligrams can reduce water retention
in women with premenstrual symptoms.
Therefore, make sure you consume more magnesium rich foods, like nuts, whole grains, dried
fruits, peas, spinach, dark green veggies, dark chocolate, and avocados.
6.Potassium Deficiency
Potassium is vital for the proper function of cells, tissues, and organs in the body,
and it regulates the water balance.
If you consume high amounts of salt and not enough foods rich in potassium, you will experience
edema.
Potassium reduces water retention as it reduces the sodium levels.
Rockmelons, watermelons, and honey melons are especially rich in it.
The following plants have potent diuretic properties and thus effectively reduce water
retention: Garlic, Nettle, Hibiscus, Horsetail, Dandelion, Parsley, Fennel, Corn silk
Please leave your comments below, we will answer you as soon as possible.
Like, share, subscribe and don't forget to support us on Patreon.
Your health matters to us!
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INDIA IN ELITE CLUB AFTER SHIP-TO-LAND BRAHMOS LAUNCH. - Duration: 3:09.
For more infomation >> INDIA IN ELITE CLUB AFTER SHIP-TO-LAND BRAHMOS LAUNCH. - Duration: 3:09. -------------------------------------------
Kia Niro 1.6 GDi H. BusinessL - Duration: 0:56.
For more infomation >> Kia Niro 1.6 GDi H. BusinessL - Duration: 0:56. -------------------------------------------
Η Χρυσομαλλούσα - Duration: 4:51.
For more infomation >> Η Χρυσομαλλούσα - Duration: 4:51. -------------------------------------------
BREAKING Trump Just Sent WARNING Message To Millions Of Americans – This Is Not Good! - News - Duration: 1:35.
For more infomation >> BREAKING Trump Just Sent WARNING Message To Millions Of Americans – This Is Not Good! - News - Duration: 1:35. -------------------------------------------
KLAYNE - SOUVENIR - Duration: 3:04.
For more infomation >> KLAYNE - SOUVENIR - Duration: 3:04. -------------------------------------------
DEEPYOUTUBE #1 - Duration: 6:55.
Hey !
Today, I answer the Theme of Louis Jouvet which is to get lost on YouTube.
For that purpose, I had to look for videos from random keywords.
I browsed pages and pages of videos to analyze them and show you the best !
Let us analyze together the "deepyoutube".
First video
The first two generated words were "Machine" and "Peruvian".
By typing these two words, I am to fall on a musical video of English rap which was very nice.
second video
The second words were "Ocean" and "Load".
There also, I am to fall on a music of rock and the extracts of series such Merlin.
Concerns, videos were covered with the software of editing I think of the name of Filmora.
3th video
After all these words which were inconsistent,
I am to fall on 2 words which could make a sentence :
"Rio" and "Into slices".
It has me to ammener in a video of James Bond 007 with Jean Dujardin who was very funny at the time.
You killed my ancestral brother, you are going to die.
Excuse me ?
*Don't understand for translate*
Herr frontiere ?
Yes ?
Follow us Herr Frontiere
I am delighted to see again you
I did not have the opportunity to speak to you since this mission to Hackstack
I wanted to thank you for it
Very beautiful mission
very nice
I hope that you are not too much to disappoint,
I was not able to kill everything Chinese.
I am sorry about it.
I know that you hate all this eaters of rice
4th video
Finally,
I fell on the words " Degrès " and "Lead" which has me to take towards the video of a girl who could become easily a meme.
I hope that this video pleased you.
If it is the case, does not forget to share it and to subscribe you if it is not already made,
to put your biggest like and do not forget,
this channel,
IT IS YOU !
*Translated by AlexLew*
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Qu'est-ce qui te rend différent des autres loueurs en meublés ? - Duration: 2:55.
For more infomation >> Qu'est-ce qui te rend différent des autres loueurs en meublés ? - Duration: 2:55. -------------------------------------------
Extreme Acidosis in Cardiac Arrest: How Low Can You Go? - Duration: 13:29.
[music]
Your beeper rings:
35-year-old found in cardiac arrest,
that critical moment that puts your whole team to the test.
First rhythm is PEA,
you think 4H4T,
but then your venous blood gas comes back
with a pH of 6.83.
Everyone grows quiet,
the low pH is an ominous sign,
someone asks: can the human body
survive a pH lower than 6.9?
It's a tense situation because everyone is looking at you,
do you fake an answer
or do you know what to do?
To help your acidotic arrest patient 3 things are key:
acidosis physiology, its prognostic value
and how acidotic we can be.
My name is Jonathan Ilicki and I'm here today,
to talk about something that will change the way,
you think about pH and cardiac arrest - and the word "low".
So welcome to
Extreme Acidosis: How Low Can You Go
pH is logarithmic - that's a fact we need to cement,
from 7.10 to 6.85 hydrogen concentration increases by 75%.
In normal patients arterial and venous pH are the same,
but for patients in cardiac arrest it's a different ball game.
Venous and arterial pH can differ by 0.15 in rabbits and swine,
and in humans venous can be 0.26 lower than the arterial baseline.
Does this matter?
I think it does indeed!
A patient with a venous pH of 6.85 is in just as much need
of the resuscitation we'd give someone with an arterial pH of 7.1,
most people wouldn't give up until at least basic ACLS was done.
Sometimes we get venous gases, by accident, instead of an ABG,
but remember this difference
and don't quit prematurely.
Cardiac arrest patients are acidotic, I think we all knew,
but saying it's just metabolic is simply not true.
In untreated cardiac arrest base excess falls with 1 mmol/l for every minute that we wait,
50% due to phosphate and unmeasured anions, and 50% due to lactate.
But in 85% of arrest there's a respiratory component despite being ventilated,
Possibly due to increased dead space caused by compressions,
but it's unclear and quite complicated.
Hyperventilation is dangerous: increasing intrathoracic pressure can decrease CPP,
but hypoxia and hypoventilation are also dangerous in acidosis, which we soon will see.
So let's delve into the physiological setting,
what advantages and disadvantages will our acidotic arrest patient be getting?
In short: how does acidosis affect us and why does it matter?
Which systems shift, and which systems shatter?
Let's talk about 2 features which we know are key:
cardiac function and oxygen delivery.
In the heart acidosis increases the risk for arrythmias and irregular beats,
in vitro studies since 1880 have shown that acidosis causes negative inotropy.
Together that gives us a weak and unstable heart,
but it also decreases cardiac demand – which is a good start.
However, arrest patients' potassium is often more than 5.5,
which is arrythmogenic and makes it harder to stay alive.
In acidosis, even down to a pH of 6.3,
the oxygen dissociation curve shifts to the right, facilitating oxygen delivery.
Shifting to the right means that hemoglobin binds oxygen more loosely,
in other words: hemoglobin picks up less oxygen and releases it more profusely.
In theory hypothermia can counteract this shift,
but hypothermia has other issues if you catch the Nielsen groups' drift.
For arrest patients with severe acidosis, if you want to optimize tissue oxygenation,
you need a high PaO2, over 25 kPa, to overcome this adaptation.
Increase FiO2? Wait a minute, hold up!
Isn't that a way to mess it all up?
There's been alot of talk about hyperoxia making things worse,
but is there evidence for arrest patients, or is it a made-up curse?
Looking at the studies oxygen seems to be bad for post-arrest outcome,
but retrospective and heterogenous studies are where that comes from.
Animal studies show worse outcome when looking at hyperoxia close-up,
but these studies are small, heterogenous and have very short follow-up.
The limited evidence that we have today, including all that's new,
says that for our post-arrest patient we should avoid giving too much FiO2.
But patients in extreme acidosis have a shifted dissociation curve and call for -
a different approach - there you can consider giving a bit more.
So follow the guidelines and don't challenge fate,
increase FiO2 so you get a saturation of 94-98.
Enough physiology, even though these are things we need to know,
Lets ask something even more interesting: how low can you go?
I was taught that the human body can't survive a pH under 6.9,
but is that really true?
Let me give you an outline:
A case report showed that running intensely can give a pH of 6.95,
3 hours later the pH was ok and the patient was well and alive.
And patients with grand mal seizures can also get acidotic but be fine,
Some studies have shown that their pH can go under 6.9.
In a study on ICU patients with pH under 6.8 – that's severe acidosis:
30% of non-arrest patients survived 30 days – that's not a terrible prognosis.
To sum this all up our bodies are resilient enough,
we can survive pH under 6.9, even though it's tough.
So we've covered acidosis physiology, which is cool and rad,
but what about prognosis: in arrest is acidosis really that bad?
Well in general yes, in arrest acidosis seems to make things worse,
and very low pH is bad, to sum it up in a verse.
Post-arrest acidosis is a sign of bad things to come:
high strong ion gap after ROSC predicts bad neurological outcome.
Among post-ROSC patients with pH under 7 admitted to an ICU
10% survived, but all of them were witnessed and got CPR from a medical crew.
A brilliant study by Spindelboeck et al
adds really important nuances to this all.
They collected ABGs during CPR in the pre-hospital setting
In other words blood gases earlier than what we in the ED are getting.
In their 80 patients the intra-arrest pH did not predict admission to the ICU,
showing that early acidosis needn't mean that death is due.
Another retrospective study suggested that a high prehospital BE predicts admission
but this area needs more research – it's a complex condition.
So enough preamble,
it's time to scramble,
let's get fast and furious
and enter warp drive:
can extremely acidotic arrest patients actually survive?
22 year old vomiting female, hyperkalemic with DKA,
arrested,
pH 6.85,
survived to live another day.
35 year old vomiting male with a pyloric obstruction,
arrested, pH 6.60,
survived with full neurological function.
66 year old lady with metformin acidosis and PEA,
arrested,
pH 6.58,
survived despite what any prognostic model would say.
A 21 year old male was just minding himself
when he got stabbed in the glute,
arrested,
pH 6.58,
survived and self-discharged to boot.
A 65 year old male, splenic bleed,
arrested,
pH 6.53,
but survived indeed.
A 59 year old male
collapsed after taking cocaine,
unwitnessed arrest,
ph 6.50,
fixed dilated pupils,
survived unscathed again.
A 63 year old male with metformin- associated lactic acidosis
arrested,
pH 6.48,
BE -30,
survived despite the poor prognosis.
And the final case that wins the race:
A 24 year old male
that got pulled under a wave,
10 minutes from shore,
near impossible to save.
Was cold,
arrested with a first pH of
6.33.
That's 12 times more hydrogen than what's normal and healthy.
Prehospital ROSC after 8 minutes, simply great -
neurologically intact, discharged on day eight.
But why look at these case reports, is there a point at all?
They're all outliers, the level of evidence is quite small.
A single case is a novelty - barely more than an anecdote,
but together there's a theme,
a signal we should note.
So look carefully now,
there's a pattern you might not have guessed.
All these survivors
were acidotic before their arrest.
If a severe acidosis is due to an arrest then that's generally bad:
the resuscitation hasn't succeeded despite all the CPR they've had.
But if there's a preceding cause which may have caused acidosis,
then these cases show that you can still have an OK prognosis.
"The plural of anecdote isn't data"
I like to say,
but for this we'll never get an RCT,
this is the evidence we have today.
The evidence is weak: we only have case reports despite our need,
but there seems to be a pattern
- a pattern we should heed.
So let's summarize this all,
for when you leave this hall,
because one day every single one of you will be standing there,
with that blood gas paper in the air,
and this time when the pH says 6.82
you will know what to do.
In cardiac arrests venous pH can be falsely low,
don't equate arterial and venous, that's a real no-go.
In extreme acidosis the hemoglobin curve will shift,
so crank up the FiO2 and give the saturation a lift.
There's lack of ED research on prognosis and keep that in mind
as we can survive severe acidosis but acidosis isn't kind.
In general acidosis is probably worse for your arrest,
but there is one exception
that puts this to the test.
If the patient was acidotic before they collapsed,
then survival with extreme acidosis is possible, as seen in the past.
So if your arrest patient has near-drowned,
taken drugs, starved or bled,
an extremely low pH needn't mean that they'll always end up dead.
Thanks for listening and for your precious time.
This is Jonathan Ilicki for SWEETs 2017
saying bye-bye.
[applause]
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(2002) Pokémon Ruby and Sapphire (Bike) (English captions available) - Duration: 0:15.
The beginning of...new Pokemon.
What kind of encounters...could be awaiting us?
A completely new adventure begins here.
Pokemon Ruby and Sapphire
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SPAWN | ORIGEM - Duration: 10:37.
For more infomation >> SPAWN | ORIGEM - Duration: 10:37. -------------------------------------------
Handbags for girls kids Hanbag childrens and toddlers in amazon shopping online 781 - Duration: 0:39.
Handbags for girls kids Hanbag childrens and toddlers in amazon shopping online
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