Youtube daily report May 30 2017

hey what's up guys I'm Chigz and you're

watching Chigz Tech Reviews

today I've got my hands on another brand new

Android TV box so this is the Probox2

Air Plus Android TV box so this is their

latest model and it runs an octa-core

processor so as usual I'll be running a

series of real-time tests to find out

how well this box performs so let's

begin with the specs I'll put the specs

on the screen so you guys can have a

quick read so this has the s9 one -

octa-core cpu running at two gigahertz

you've got the Mallee 820 running at 750

megahertz

you've got three gigs of DDR for RAM 16

gigs of internal storage dual band Wi-Fi

supporting BGN and AC Bluetooth version

for Android version 6 marshmallow

supports Ultra HD 4k videos at 60 frames

per second supports HDR 10 + h LG HDR so

this is everything you get in the box so

if we begin with the instructions you've

got an instruction manual for the remote

plus you've got another set of

instructions and stuff here so that's

all good

this also comes with a HDMI cable a UK

power adapter okay the wireless antenna

here and you this also comes with two

remote control so first of all you've

got the standard remote yeah

full-featured remote control with loads

of shortcuts and stuff and we'll see how

we get on with this so this also comes

with it so this is the pro box - Remote

Plus and it's their signature remote it

comes with it it takes only two triple A

batteries and it's a mouse so you use it

with the dongle you've got a USB dongle

here you plug this into the box and this

will give you great functionality you've

even got a mic built in so you can do

voice search but if you tilt this to the

right this turns into a gains controller

so I will be testing this out and I'll

give you guys my feedback at the end

okay last but not least the actual pro

box - err plus Wow

I've reviewed their previous model and I

have to say that was a very well-made

awesome product now this one this one

actually feels even better

it's very premium quality the feel of it

is just solid it feels so good in the

hands so you got a matte finish here

with a nice shiny no the pro box - at

the front you've got an LED indicator

light and on the right you have the

Wi-Fi antenna which I will just screw it

in very quickly that is it now on the

back of the unit you've got a power

socket a USB port HDMI port you've got

the network LAN port an s/pdif optical

connection if we keep going we've got a

USB port and a micro SD card slot and

we're back to the front of the unit this

is what the bottom looks like so this

feels like a quite a small unit I bring

in the TX 5 Pro and we can quickly

compare this this will give you an idea

of the size okay this is smaller than

the TX 5 Pro cool and that's roughly the

same size and thickness I hope that

gives you an idea of the size so I'm

going to hook this up to my TV and we're

going to find out how well this box

performs

so here is the home screen for the probe

look there - what I wanted to show you

guys straightaway was this remote plus

it's a standard looking remote control

but it's got an added benefit of an air

mouse if you hit this button here and if

you see on the screen there's an air

mass you just wave around similar to how

the Nintendo Wii works you can select

anything you like with the red button

and it was selected so this remote

control is actually very easy to use and

it will enhance your user experience so

here is the home screen and as you can

see you've got all of these shortcuts

here on the left first of all if I click

it it will open up Media Center so it's

their version of Kodi and it runs on a

back-end of Kodi 16.1 Jarvis now you've

got a shortcut here for Google Play and

you've got a task killer when you press

it it would just kill all the tasks that

you have open so you have a custom

shortcuts here all of these shortcuts

can be edited so what you do is you

click on it and it's already going to

have some apps on this for example

Netflix and Kodi already on there you

can press the plus sign you can add and

remove more apps from here so if I go

back the same applies to favorites same

applies to all the rest of these icons

if we go into the app drawer these are

all the apps currently on the system I

have not installed anything yet this is

what you get as standard so you can see

you've got quite a few useful apps on

there but you have the Google Play Store

and you're free to download thousands of

games and apps for free from the Play

Store so let's go back you have a

shortcut bar at the bottom again you can

customize these and you can add all your

favorite apps and as required another

thing I like to show you about this box

is it has two different home screens so

this is your first main home screen that

I just showed you if you click on here

you have something called the pro box 2x

launcher so if I click it this is what

it looks like so it's more of a remote

control multi media orientated home

screen some people may find these big

icons are more easy to use so yeah at

least you have the option

it's fully functional it gives you

access to all the apps and all the

features but with the icons much larger

so easier to see okay and if you click

on the home button on the remote you'll

be taken back to the original home

screen so you have an option there which

is good so the first thing I'm going to

be testing is playing 4k videos from a

USB Drive so I've plugged in my USB

Drive and I'm going to open Kodi Media

Center these are my 4k video samples I

have a few HD trailers in here as well

so let's begin the first 4k video

in

so there you have it guys that was the

4k video samples from Cody now I'm going

to move on to a youtube test so I'm just

going to set the quality to 1080p and

then we're going to play these videos

Sup guys I'm Chigz and you are watching

Chigz Tech Reviews

and today I've got my hands on an awesome looking 2 in 1

laptop which has the same screen used in

the latest 2017 Microsoft Surface book

but this one of them in the world inside

your phone for everyone is expected to

air one way their whole life how my

machine and I'm supposed to be a man and

masks look here my problem is I have

more than one emotions like this out huh

please tell me you weren't laughing just

now

all of human history

as lead for this mom so that was a

YouTube test let's move on now to some

gaming test so I've just gone ahead and

installed all my favorite games and apps

we're going to proceed with the gaming

test and we're going to begin with Real

Racing 3 so this is the game controller

I use for all my android TV games this

is the g600 controller I'll put the

links in the description box below so

you can check it out let's continue with

the game test

in this game I'm using the Remote Plus

as a controller you just tilt it

horizontally like I have and you press

the game controller on and you see that

I'm paying okay and it works really well

quite comfortable so I am using my hotel

broadband and as you can see so this TV

box has achieved a total download speed

of twenty point three five an upload

speed of twenty six point three eight

megabits per second the pro box to air

plus has achieved a total benchmark

score of forty thousand four hundred and

thirty nine so let's see how that

compares to the others so this is my top

benchmark performance chart where you

can compare all the Android TV boxes

that I have reviewed to date higher the

score better the overall performance so

there you have it the pro box two air

plus has gone into position eight with a

total benchmark score of forty thousand

four hundred and thirty nine it will be

interesting to see which TV box I review

next and what overall score it will

achieve I'm still waiting for a box that

can match or beat the Nvidia shield stay

tuned and subscribe for more reviews

like this one so that was the pro box

two air plus TV box

I'm quite impressed with the build

quality and I absolutely love the

interface this TV box has two custom

launches included and I love the layout

and customization options for the

shortcuts

both remote controls that come with this

package are absolutely amazing but the

one that stands out for me is definitely

the remote plus the remote plus is an

amazing remote control it actually is

very responsive it doubles up as an air

mouse and you can also use it as a game

controller

I really enjoyed using this and the best

thing about this controller is you can

use it on any Android TV box this is

probably the best air mouse I've ever

used with an Android TV box I was able

to play 4k video streaming HD movies and

play a number of games and everything

was a very smooth and enjoyable

experience that being said I would leave

the links in the description for you

guys to check out and if you liked it

you can go ahead and purchase one for

yourselves I hope you enjoyed the video

and found it useful thank you so much

for watching and I hope you all have a

brilliant day

For more infomation >> 2017 Powerful Octa-Core ( 8 CORE ) Android TV Box - PROBOX2 AIR PLUS 4K Ultra HD - Duration: 12:01.

-------------------------------------------

Russia's 5th generation fighter jets to start arriving for troops in 2019 - Duration: 3:28.

For more infomation >> Russia's 5th generation fighter jets to start arriving for troops in 2019 - Duration: 3:28.

-------------------------------------------

Solomon R. Guggenheim Museum New York City: A walk inside, in 4K. - Duration: 1:30.

The museum was built in 1959 by Frank Lloyd Wright.

It welcomes more than a million visitors annually.

Critics initially believed the museum walls would not be fit to hang paintings.

In 2008 restoration revealed numerous cracks on the exterior walls.

Museum is usually closed on Thursdays. Check the official site for opening hours.

It opens at 10:00 AM until 5:45 PM (Saturdays 7:45 PM)

Subscribe at our You Tube travel page for more! https://www.youtube.com/bestravelvideo

For more videos www.travelvideo.org

For more infomation >> Solomon R. Guggenheim Museum New York City: A walk inside, in 4K. - Duration: 1:30.

-------------------------------------------

What We (Don't) Know About Dark Matter - Duration: 6:00.

The phrase "dark matter" used to just be a catch-all term for anything astronomers

couldn't see, but they knew had to be there, like a nebula that didn't emit light.

But these days, it's something more specific: it's the 84% of matter in the universe

that we don't understand.

And all our best ideas to explain it have run straight into walls.

Astronomers discovered dark matter back in the 1970s,

based on the way galaxies moved and rotated.

They went way too fast for the gravity from the stars and gas astronomers saw to be the

only thing keeping those galaxies from flying apart.

It seemed like there must be extra, invisible matter that we can't see or detect directly

because it didn't produce or absorb or reflect light.

All we see is its gravitational pull.

For a while, some people doubted the observations,

and others started thinking maybe we were wrong about how gravity works.

But at this point, most cosmologists agree that we just have to accept that there's

invisible matter out there making up the majority of the universe.

Because the evidence keeps piling up.

Everything, from the evolution of the entire universe to the leftover signals from the

Big Bang, seems to scream, "DARK MATTER."

But despite all the evidence that exists,

we still don't know what dark matter is made of.

There are some scientists still trying to subtly tweak the math we use

to describe gravity so it fits all these observations,

without assuming that there's a bunch of invisible matter out there.

They work on what's called MOND: MOdified Newtonian Dynamics.

They've been able to use their reworked laws of physics to explain

some of the things that seem like evidence for dark matter.

But objects like the Bullet Cluster, a pair of colliding clusters of galaxies where there

seems to be dark matter completely separated from regular matter,

really took the wind out of MOND's sails, at least for now.

Most cosmologists accept that dark matter is out there,

and they want to figure out what it is.

By looking at different models for how the universe developed after the Big Bang, they've

found lots of different kinds of objects that could be plentiful and dark enough

to account for the observations.

There are two main lines of thought on this,

which we'll just call "old physics" and "new physics".

The "old physics" crew wants to explain dark matter with stuff we already know exists.

Some of them think that dark matter is literally that: Regular matter that's dark, like black

holes or neutron stars or failed stars known as brown dwarfs.

All of these are called MACHOs, with an M. Not the delicious snack.

It stands for MAssive Compact Halo Objects.

MACHOs produce little, if any, light of their own,

so it would make sense if all we could see was their gravity.

Thing is, when researchers have looked more carefully with sensitive telescopes, they

haven't seen anywhere near enough MACHOs to explain all of the dark matter out there.

Other people in the "old physics" camp used to think dark matter was made of neutrinos:

ghostly subatomic particles that come out of processes

like the nuclear reactions that happen in stars.

Neutrinos don't produce light, and they barely interact with other matter at all,

which made them a great candidate for dark matter.

They also have almost no mass, but even though each individual neutrino is incredibly light,

the mass would add up, as there are a lot of them.

If there are enough neutrinos out there, they could explain all that extra gravity.

But there's a problem: the neutrinos we know about move way too fast to clump together

the way we've seen dark matter clumped together in huge structures like galaxies.

Which brings us to the "new physics" camp: scientists who are looking for

new kinds of particles that predict what we see.

A lot of them are looking for WIMPs, or Weakly Interacting Massive Particles, so named because

they only interact very weakly with normal matter.

Which would explain why it is so hard for us to detect them.

There are lots of types of WIMPs that researchers think could be dark matter,

and they keep doing experiments to look for them.

But they've never found any, and with every experiment,

they keep ruling out more and more types of WIMPs.

Another possibility is that we're missing something about neutrinos.

Some scientists think there might be a new kind of super-heavy neutrino that we just

haven't detected yet, because you wouldn't need as many heavy neutrinos

to account for dark matter as you would light neutrinos.

Sort of like how it only takes just a few large chips with lots of toppings to fill

you up instead of just a bunch of little tiny chips.

I don't know how we got back to nachos.

I'm hungry?

Anyway, if there aren't as many heavy neutrinos out there to begin with,

then it would make sense that we haven't spotted any yet.

There are also "new physics" people who think axions might be the key.

Axions are particles that were predicted back in the 1970s

to solve a completely unrelated problem in physics.

But like neutrinos, they'd also be almost weightless and hard to detect, and some models

suggest that some or even all dark matter could be made of axions.

Then there are the really creative physicists who are working on an idea called supersymmetry,

where every particle in the universe has a kind of heavy twin,

and one of those twins would be dark matter.

There are even some researchers who think

we're seeing the effects of parallel universes messing with ours.

But, again, there is no direct evidence for any of these new ideas.

No one has seen a super-heavy neutrino, no one has seen an axion,

no one's seen a supersymmetric twin, and no one has seen a parallel universe.

Experiments have ruled out the simplest models of heavy neutrinos and supersymmetry,

and they've ruled out axions as an explanation

for at least the majority of dark matter out there.

So for now, we're stuck.

Scientists around the world are working as hard as they can

to understand dark matter better, from the ones staying up all night at the telescope

to the ones staying up all night at the blackboard.

But as it stands right now, the vast majority of the matter in the universe

remains a complete mystery.

This episode was inspired by and brought to you by We Have No Idea,

a new book by Jorge Cham and Daniel Whiteson.

Mixing cartoons and humor with serious science, We Have No Idea explores the mysteries of

dark matter and lots of other open questions about the universe.

Like "How many dimensions are there?" or "Why aren't we made of anti-matter?"

The book is available now, and you can get your copy at wehavenoidea.com.

For more infomation >> What We (Don't) Know About Dark Matter - Duration: 6:00.

-------------------------------------------

Research in the US Public Health Service Hospitals (U.S. Public Health Service, 1961) - Duration: 21:52.

[Dr. Terry:] There are more than 140,000 patient admissions to the hospitals

of the Public Health Service every year.

Our patients include American seamen like ship's carpenter Danny Callahan,

who received care at the Boston Hospital,

officers and enlisted men of the US Coast Guard, Coast and Geodetic Survey, other uniformed services

and their dependents, American Indians, Alaskan natives, federal prisoners,

and other groups designated by the Congress.

We also provide medical education for interns, residents, medical students,

and many others in our hospitals.

The first responsibility of our hospitals is the health of our patients.

The second responsibility is medical education.

Medical research is one of the most important factors in providing the best patient care,

and the best medical education.

Today, several of our hospitals are conducting research in association with medical schools

and other institutions.

For example, the Public Health Service hospital in New Orleans has developed a comprehensive

research and training program in cooperation with the medical school at Tulane University.

One of the people who recently played a major role in this program is Dr. John L. Wilson,

former medical officer-in-charge at New Orleans and who is now retired from the service.

Through the enterprise of Dr. Wilson, this building on the hospital grounds

was converted into a research facility, the Seamen's Memorial Laboratory.

The director of research at New Orleans is Dr. John J. Walsh,

who received his research training at Tulane.

I've asked Dr. Walsh and his colleagues to give us a brief report on their program.

[Dr. Walsh:] We could define the research activities in the Public Health Service hospitals

as directed towards one objective, that of better patient care,

with the inevitable accompaniment of better professional training and better professional status.

It has been our philosophy to have a diversified program not dependent upon one man,

nor upon one discipline.

Currently, we have approximately 4000 square feet of laboratory space and 31 fulltime people

working in our research laboratory.

It has been our feeling that these fulltime academicians and fulltime investigators

should be available to the hospital for teaching and consultative purposes,

and also to help to create the atmosphere of intellectual stimulation and curiosity

so necessary if we would make a hospital

a teaching institution and not a trade school in which merely techniques are learned.

Briefly, our overall program is as follows.

There is a tropical medical section, which is an integral component

of the Department of Tropical Medicine and Public Health at Tulane.

Work in this area is primarily concerned with natural and acquired resistance

to parasitic infections.

In the second of our three major sections, research endeavors

are oriented towards the surgical field.

This project is concerned currently with the application of regional perfusion

to the treatment of malignancies.

The third major area of investigation which concerns our laboratory is that concerned

with cardiovascular diseases and specifically with studies of the dilated heart.

[Dr. Terry:] The research on the dilated heart at New Orleans is under the personal direction

of Dr. Walsh and Dr. George E. Burch, professor and chairmen of the Department of Medicine

at Tulane.

Dr. Burch is known around the world for his research in heart disease.

[Dr. George E. Burch:] As we know, one of the great problems in cardiology is the problem

of a large heart,

Most patients who die of heart disease either die because of congestive heart failure,

which is as a rule associated with a large dilated heart, or from coronary disease

with myocardial ischemia.

Our main interest is to try to first define as well as we can what a large heart is.

We're attempting to approach this both from the anatomical point of view,

not necessarily just gross anatomy, but from the point of view of detailed microscopic studies.

as well as from the point of view of electron microscopy.

In addition, a chemical definition will be attempted of trying to define the inorganic chemical state

of the dilated heart as well as certain aspects of organic chemical changes.

In addition to that, an effort is being made to treat the dilated heart,

particularly in patients who have so-called intractable failure,

where efforts have been made to use usual conventional

therapeutic procedures and still the patient seems to go downhill.

One of the ideas that has been proving to be of considerable success

is the idea of long bed rest.

Patients have been placed in bed for periods varying from six months to a year or even more,

and so far this has been proving to be of considerable value to these patients

who would have been dead if it were not for this period of rest.

Unfortunately, this does take a great deal of time in order to see through enough patients

to have an idea as to what the statistical significance of all this is, but even with

a few number of patients,

we know so far that this has a great deal to offer at the moment.

[Dr. Terry:] Research at the New Orleans hospital includes several disciplines.

One of these is biochemistry.

Here is Dr. Joseph Arcos, associate professor of biochemistry at Tulane,

to explain the work being done in this field.

[Dr. Joseph Arcos:] The program of the biochemistry section centers on the study

of alterations in endoplasmic cellular membranes.

The same techniques are applied to investigate these alterations during the process

of heart dilatation and during chemical carcinogenesis in the liver.

At the present time, we are studying the mitochondrial membrane by following

changes in the swelling ability and shape of this cell particle.

The first slide shows a phase of the procedure for isolation of mitochondria.

All these operations involving living tissues are carried out at near zero degrees centigrade

in the cold room.

Incidentally, the young man pictured here is a second year medical student at Tulane University

School of Medicine who is receiving research orientation while conducting

a [?] research project at the U.S. Public Health Hospital Research Laboratory.

The second slide shows members of our group injecting into the guinea pig deoxycorticosterone

which produces heart dilatation following [?] administration.

The third slide shows the measuring by photometry of the pattern of mitochondria swelling.

The investigator pictured here is a science student from Formosa

taking part in the research training program of Tulane University Medical School.

The fourth slide illustrates an extension of this approach; that is, to study changes

in the shape of the mitochondria such as elongation, shortening, or curling.

Such alterations are determined by following the particulate dissymmetry

by light scattering at various wavelengths.

Finally, the last slide shows a phase of another research orientation of our program.

Here, a change is produced by various chemical agents in the macromolecular fine structure

of proteins are studied by following in a polarimeter, the optical rotation of the solutions.

In this way, we hope to obtain information on the mechanism of drug action

at the basic macromolecular level.

[Dr. Terry:] Although prolonged bed rest is a basic therapy in the treatment of the patients

participating in the dilated heart studies at New Orleans, drug therapy is also important.

The pharmacology studies are under the direction of Dr. Thomas D. Darby,

Associate Professor of Pharmacology at Tulane.

[Dr. Thomas D. Darby:] Investigations with intact hearts and with hearts in situ are

are now in progress in our laboratories.

In this slide, an isolated heart is demonstrated.

An Anderson isolated heart perfusion apparatus is used in combination with a bubble-type oxygenator

and Sigma motor pump system.

In these studies, the coronary arteries are perfused with oxygenated blood

obtained from donor animals.

The purpose of these experiments is to determine the direct effects of a drug or a combination

of drugs on the force of contraction of heart muscle.

In the next slide, an experiment is being carried out with a heart in situ.

In this study, direct measurements of the drugs on the force of contraction of the heart

are being compared with hemodynamic parameters.

In this study, a total body perfusion is carried out.

Blood is removed from the right atrium of the dog and returned to the left atrium of the dog.

In this way the right ventricle and lungs are bypassed.

The blood is oxygenated in a bubble-type oxygenator and pumped back to a reservoir

which returns the blood to the left atrium.

Measurements of isometric contractility, isotonic contractility, and all-force velocity curves

can be obtained from the non-working ventricle.

These measurements are compared with isometric tension in the working ventricle.

In addition to the biochemical, physiological, and pharmacological studies,

clinical studies of drug effects are also in progress.

One of the medical residents is largely engaged in the clinical studies

and takes part in the laboratory experiments.

The residents are an important part of our applied research program.

They are daily in contact with therapeutic problems and are willing to work to obtain the answers.

The training in our laboratories is also multidiscipline.

In addition to the Public Health Service personnel, there are two graduate students in pharmacology

from Tulane University, and two medical students from LSU receiving training here.

[Dr. Terry:] A total of 30 patients have taken part in the dilated heart studies at New Orleans

and 20 of these have now been discharged.

Here is the x-ray taken of the heart of Mrs. Erma Francis when she was admitted to the hospital

as a special study patient for this research program.

Here is her heart as it is today, and here are the two x-rays side by side.

Dr. Walsh visited Mrs. Francis and interviewed her where she is now employed.

[Dr. John J. Walsh:] Erma I think our listeners might like to know where you're working.

Would you mind telling us please?

[Erma Francis:] I work at Chalmette Laundry, one of the largest laundries in the city of New Orleans.

[Dr. John J. Walsh:] Erma, what kind of symptoms were you having before you went into the

New Orleans Public Health Service Hospital?

[Erma Francis:] I was having severe pain in the chest, between the bust you know,

and the stomach down here, and I was very swollen and full of fluids and my feet and legs

and everything were swollen and I had vomiting spells.

[Dr. John J. Walsh:] And you had had heart trouble for some time before that,

hadn't you, Erma?

[Erma Francis:] Yes I had.

I found that I had an enlarged heart since 1937, and from 1958 I had trouble, trouble on and off,

in and out of the hospital until November, around November 1958, I was sent to Charity,

and then from Charity I went to Public Health Hospital, and for about six months to nine months

I didn't do anything but rest.

Then after that I began to go down, go to the bathroom and walk around,

until I was discharged in August 1959.

[Dr. John J. Walsh:] Now since you've gotten out of the hospital Erma,

have you had any trouble with your heart?

[Erma Francis:] I haven't had any trouble, I've been feeling fine and I work every day,

you see the kind of work that I am doing, okay?

[Dr. John J. Walsh:] And how hot is it in here right now?

[Erma Francis:] It's really hot right now, but it doesn't bother me.

[Dr. John J. Walsh:] I understand it's 109 right now.

[Erma Francis:] Yeah.

[Dr. Terry:] Here's another photo of Ms. Francis taken recently at the New Orleans hospital.

She still takes a great deal of interest in the heart project and returns nearly every week

to help with the care of patients.

One of the resident physicians now working on the cancer project is Dr. James N. Winblad,

a resident in surgery.

Dr. Winblad began his research in cancer perfusion.

[Dr. James N. Winblad:] If you had asked me if I would want to go down to Tulane

and spend a year in relative isolation working on a basic research program that perhaps had no direct

clinical bearing or no direct clinical relationship, I would have been relatively uninterested.

But what happened was that we were able to work on a relatively basic problem, that is

the development of techniques for isolation perfusion of extremities and other regions of the body

and then apply this to the treatment of human cancer in a relatively short time,

that is, in a span of relatively few months.

We developed the technique in dogs for extracorporeal circulation and regional perfusion,

and then applied it in the treatment of human patients with cancer.

[Dr. Terry:] The present medical officer-in-charge at New Orleans is Dr. John A. Trautman,

who has served at several Public Health Service hospitals

and was formerly director of the Clinical Center in Bethesda, Maryland.

[Dr. John A. Trautman:] I considered that research over the years in our hospitals as one of the

best recruiting devices that we could possibly have, and I believe that if the service

is to go forward

and to attract proper personnel, career people to carry on the work of the service, that the service

will have to develop its research facilities in our hospitals to the utmost.

We are leaders in the field of medicine not only in the United States, but in the world.

It behooves is us in the service to have the best possible research facilities,

the best hospitals, to accomplish the aims which every good clinical facility should have.

[Dr. Terry:] When we began organizing this present research program at our New Orleans hospital,

we were fortunate to have the fullest possible cooperation and encouragement

from one of the nation's leaders in medical education, Dr. Maxwell Lapham,

dean of Tulane Medical School.

[Dr. Maxwell Lapham:] The close affiliation of the U.S. Public Service Hospital

with the school of medicine at Tulane University has many important facets.

In the first place it unifies two institutions which are dedicated to medical training and medical care.

It allows for the interchange of staff and facilities,

specifically the facilities of the Public Health Service hospital

are of tremendous help to the school of medicine here, because our students and faculty

can work with the different kinds of patients from far-flung areas and also learn more about

the objectives and responsibilities of the Public Health Service hospitals.

Moreover, the hospital staff members who have medical school appointments have assisted greatly

in our teaching programs.

On the side of the hospital staff, there is opportunity to work with men who are dedicated

not only to medical training and medical service but to pursuing basic and clinical research.

Many of the hospital staff members find a deep satisfaction in pursuing a more or less

academic career within the framework of their Public Health Service responsibilities.

This should be of assistance in recruiting people into careers in the health service

throughout the country.

They will have the satisfaction of knowing that in addition to rendering superior medical care,

they are contributing to medical knowledge through research within both institutions.

[Dr. Terry:] The Public Health Service is indebted to Dean Lapham, to Dr. George Burch, and to other

members of the Tulane Medical School for their generous cooperation, their enthusiasm and

encouragement in helping us to carry forward the research program at New Orleans.

In addition to New Orleans, we're conducting research in other Public Health Service hospitals,

in the Indian Health Program, and in the hospitals in the federal prisons.

One of the most important types of research we're now conducting is the inter-hospital project

where several Public Health Service hospitals join together on a common problem

with a single protocol.

Here is the Public Health Service hospital at Staten Island,

which serves as administrative center for the first inter-hospital project.

Seven hospitals are now conducting investigations in the clinical pharmacology of various drugs

designed for the treatment of essential hypertension.

These inter-hospital investigations will help to speed up the testing of new drugs.

Our Baltimore hospital pioneered heart research in the service in cooperation

with the National Heart Institute and also has an important program in cancer chemotherapy

in cooperation with the National Cancer Institute.

Our Seattle hospital and the medical school of the University of Washington

are setting up a cooperative research program.

Our San Francisco hospital is working out details for research and association

with a major medical center and with the medical school.

Research in the Indian hospitals has developed around the clinical health problems of the Indians.

For example, at the present time pilot studies are being planned or conducted on diabetes, anemia,

cervical cancer, nutrition, trachoma, otitis media, and diseases of the gallbladder.

Since 1930, the Public Health Service has had responsibility for directing the medical program

of the Bureau of Prisons and the Department of Justice, which maintains 22 hospitals.

For several years, we have conducted research projects in many fields of investigation

with the aid of volunteer prisoner patients.

It is the aim of the Public Health Service to develop these research activities in our hospitals

in order to provide our patients with the best possible medical care and to enhance

the quality of the medical education.

Research also provides the opportunity for physicians and others in the service to extend

the range of their skills and to add greater depth to their professional judgment.

It is essential that we make these opportunities available because our ultimate success

in fulfilling our responsibilities for the health of the nation depends directly upon the skill,

the wisdom, and the dedication of the men and women in the Public Health Service.

For more infomation >> Research in the US Public Health Service Hospitals (U.S. Public Health Service, 1961) - Duration: 21:52.

-------------------------------------------

5 Best Useful Android Apps For June-2017 | Best of Apps | Best Things In Specific Field | EP #7 - Duration: 7:42.

Hi There.., Here Stark Once again and Now we are in our

famous series Best Things in Specific Field Episode Of 7

And In This Video we are going to see The 5 Best Useful Android Apps For to beat

this month And every one of my video is comes under some

guideline.

Following that all the apps showing in the list was

New, less known and something may be a problem solver.

And yes turn on the English subtitle for the clear picture.

So, Well set let's we move.

//Intro//

1.

Mixplorer.

This app is one of the great file manager app.

And Its look like a ES Filemanager.

But, in the feature wise this app falling down.

When we compare this app to the reliable and accuracy side

This app is great app ever seen before.

And I made some comparison between this app and the Es Filemanager.

The Results are outstanding.

When I am triggering this app it opens within 1 second

But Es takes 2 to 3 seconds to be normal.

In the online condition.

It does not show any modification.

But the ES Filemanager.

Take several second to set it up.

So, the performance wise the Mixplorer was one of the greatest app.

And I Got this app from the XDA Developer called Hootan.

Also He is the developer of this app.

And anyway thanks Hootan for giving this great app.

2.

Expense Kit

I found this app on Reddit From the user called SSEmon.

And also he is the devoluper of this app.

When we are going to any trip or trekking with our friends.

Managing our Expenses it pretty confusing.

Even I also suffered on that.

Here, What the ExpenseKit comes in..,

Really what it does means?

It manages all our Expense and inwards.

And the cool thing is we can manage each and every thing in category wise,

And the UI of this app is looks pretty good and More user friendly

Within the few clicks we can add or subtract the money

And also we can generate our transaction report with date section…

And this app is available on the playstore, You can get the link from

the description.

3.

Retouch

This app is one of the coolest app ever.

This single app does some great things never ever seen before.

Normally.

To remove some object from the picture, We supposed to go with Photoshop,

To do that we should have some basic know ledge.

But this app brings that in easiest way…

You can remove object like work with brush in paint.

Like I am doing on my phone.

Some unknown person entered the frame while taking photo…

Don't worry you can remove that from your memory.

This app available in Playstore, And there in no trial version to use this

app.

You have to do onetime payment to use this app,

And hope this app is value for money…

So, Must Try…

4.

Voice FX

The app VoiceFX brings some great effects to your voice.

Like you can change you voice to male or female.

And to a strong or to like kid.

And my favourite one is space effect…

That was really cool.

Other than that you can change like drunkard, monster, with mask

Even like a sheep also…

And the good part is we can easily save that voices to storage…

Useful app ever…

5.

Eye Type.

This one is the projectry app.

Yes, This app lets you type the key board with

getting your Eye ball movement as input, But,

I personally telling this app is not working that much accuracy.

But, This technology may be a future,

You guys just download this app from the playstore, And USE,

If you are getting any fault means just say to the devoluper.

That helps them to develop that app better.

And I found one thing in the description of this app in playstore

There I said that this app was his IEEE mobile application development competition project.

And I congrats him for his innovative future developments.

Without this app I covered some cool apps in my list,

And you can find them in the description of this video.

Because now a days the video duration main role.

And here the content ends,

And I am just sharing what I am getting useful in the internet.

If you got something useful from this video means just smash the like button.

And subscribe to this channel to get Tutorials about Tech in General.

And this all from my side.

I will see you in the next tutorial on Friday.

And know one thing more than other, Of course thank you for watching…