In this article I will point out three areas that will get you to your physical target fast. To begin with we will talk about the important part diet plays in getting a flat stomach. Next we’ll discuss strength conditioning and the role it has in getting your abs the way you want.

In conclusion, we will go over cardiovascular conditioning and how it benefits the abdominal region. Once you’ve completed this article, you’ll have a clear comprehensive strategy that will give you a flat stomach and tight abs in the shortest time imaginable.

First off, I want to emphasize how very crucial proper eating habits are to your overall health and to abdominal conditioning particularly. When you reduce the quantity of fat and sugars you take into your system, you’ll systematically cut down your overall body fat and, consequently, the fat around your midsection.

Now this doesn’t mean you’ve got to go overboard and stay away from all your favorite foods. A simple way of putting it is to eat smart most of the time and spoil yourself every now and then. Reducing your body fat (and, consequently, abdominal fat) will dramatically improve your appearance and enhance your health. By controlling your eating habits you’ll experience more energy to be able to do what comes next: strength training.

With strength training the most common principle to realize is that by concentrating on training your major muscle groups, with the aim of increasing your overall body strength, you also improve the overall strength, health, and condition of your abdominal muscles. This type of training strategy is the best course to take in learning how to get a flat stomach fast. Which leads us to the last abdominal training tactic.

The third basic component in a comprehensive abdominal training strategy is cardiovascular conditioning. You don’t have to include anything overly taxing physically or demanding in terms of time. For example, riding a bike or power-walking for half an hour, 3 times a week will create impressive results.

What this strategy achieves in addition to improving the condition of your cardiovascular system, is to burn excess fat overall. Therefore, the fat around your abs region will diminish, revealing more of your abdominal muscles.

And there you have it. Here are the 3 points we’ve covered. Control what you eat and you’ll accomplish your fitness goals faster. Overall body strength conditioning will therefore improve the strength and appearance of your stomach region. Cardiovascular training is central to burning fat and improving the appearance of your midsection.

Follow these three basic principles, include them in your basic abdominal training strategy, and your results will improve dramatically.

If you feel you are ready to take the steps to learn how to get a flat stomach fast, go to: http://www.sixpackabsresults.info to check out one of the top abdominal conditioning programs available. You can also get a free report about how to get rid of stubborn belly fat and get rock hard abs.

To Learn to Jump Higher, there’s really only a few things you should focus on if you want to see good results. People think heading to the gym and working out by itself can have you jumping higher in no time, but these people are wrong. You need to work hard and be dedicated, along with following a specific training program designed to increase your vertical. In this article, I’ll cover everything you should do so that you’ll soon learn to jump higher.

First and foremost, you need to always warm up and stretch before you workout or participate in sports. This reduces the risk for injury, and allows your warm muscle to perform better than a cold, tight one, as studies have proven. By stretching, you’ll gain flexibility, which can greatly increase your vertical leap.

Next, you need to eat a nutritious diet. Your performance in gym or on the field is a direct result of the fuel that you provide your body with. Athletes like yourself need a diet rich in protein, whole gain carbs, fiber, and most importantly, fruits and vegetables. Also, drink plenty of water throughout the day. When you’re in training to learn to jump higher, the food your give your body to work with is key.

Now, I’ll talk about which training program you should follow. Jumping is an explosive movement that utilizes your fast twitch muscles, so you need to find workouts specifically targeted to build up these fast twitch muscle fibers. Long story short, you need to do plyometrics 2-3 times per week. A good vertical leap training program will tell you everything you need to do to learn to jump higher. The best programs available can be found on my site by clicking the link at the bottom of this article.

Last but not least, recovery for your body is just as important as the training. When you exercise with an intense training program to increase your vertical, your body will be extremely worn out and abused. Train 4 days per week and take 3 off to rejuvenate. Also, get at least 8 hours of sleep every night so that you’re refreshed for tomorrow.

Follow the tips I’ve provided and be dedicated and hard-working, and you’ll learn to jump higher in no time.

If you want to check out some really good vertical training programs, visit my site by Clicking Here. These will help you learn to jump higher the proper way and you will see some great results with them.

Another related article can be seen here: Learn to Jump Higher

ABSTRACT

Rapid change is under way on sever fronts I medicine and surgery. Advance in computing power have enable continued growth in virtual reality, visualization, and simulation technologies. The ideal learning opportunities afforded by simulated and virtual environments have prompted their exploration as learning modalities for surgical education and training. Ongoing improvements in this technology suggest an important future role for virtual reality and simulation in medicine.

CONTENTS

1.  INTRODUCTION

2.  WHAT IS VIRTUAL SURGERY?

3.  VIRTUAL REALITY APPLICATIONS IN SURGERY

4.  VIRTUAL SURGERY SIMULATION

5.  WHAT IS A VIRTUAL SURGERY SIMULATOR?

6.  PHANTOM DESKTOP 3D TOUCH SYSTEM-A
HAPTIC INTERFACER

7.  IMPORTANCE OF VIRTUAL REALITY IN SURGICAL
FIELD

8.  CONCLUSION

9.  REFERENCES

1. INTRODUCTION

Rapid change in most segments of the society is occurring as a result of increasingly more sophisticated, affordable and ubiquitous computing power. One clear example of this change process is the internet, which provides interactive and instantaneous access to information that must scarcely conceivable only a few years ago.

Same is the case in the medical field. Adv in instrumentation, visualisation and monitoring have enabled continual growth in the medical field. The information revolution has enabled fundamental changes in this field. Of the many disciplines arising from this new information era, virtual reality holds the greatest promise. The term virtual reality was coined by Jaron Lanier, founded of VPL research, in the late 1980’s. Virtual reality is defined as human computer interface that simulate realistic environments while enabling participant interaction, as a 3D digital world that accurately models actual environment, or simply as cyberspace.

Virtual reality is just beginning to come to that threshold level where we can begin using Simulators in Medicine the way that the Aviation industry has been using it for the past 50 Years — to avoid errors.

In surgery, the life of the patient is of utmost importance and surgeon cannot experiment on the patient body. VR provide a good tool to experiment the various complications arise during surgery.

2. WHAT IS VIRTUAL SURGERY?

Virtual surgery, in general is a Virtual Reality Technique of simulating surgery procedure, which help Surgeons improve surgery plans and practice surgery process on 3D models. The simulator surgery results can be evaluated before the surgery is carried out on real patient. Thus helping the surgeon to have clear picture of the outcome of surgery. If the surgeon finds some errors, he can correct by repeating the surgical procedure as many number of times and finalising the parameters for good surgical results. The surgeon can view the anatomy from wide range of angles. This process, which cannot be done on a real patient in the surgery, helps the surgeon correct the incision, cutting, gain experience and therefore improve the surgical skills.

The virtual surgery is based on the patient specific model, so when the real surgery takes place, the surgeon is already familiar with all the specific operations that are to be employed.

3. VIRTUAL REALITY APPLICATIONS IN SURGERY

The highly visual and interactive nature of virtual surgery has proven to be useful in understanding complex 3D structures and for training in visuospatial tasks. Virtual reality application in surgery can be subdivided as follows:

3.1. Training and Education.

3.2. Surgical Planning.

3.3. Image Guidance.

3.4. Tele-surgery.

3.1. TRAINING AND EDUCATION

The similarities between pilots and surgeons responsibilities are striking; both must, be ready to manage potentially life-threatening situations in dynamic, unpredictable environments. The long and successful use of flight simulation in air and space flight training has inspired the application of this technology to surgical and education.

Traditionally, textbook images or cadavers were used for training purposes, the former ie textbook images, limiting one’s perspective of anatomical structures to 2D plane and the latter, cadavers; limited in supply and generally allowing one-time use only. Today VR simulators are becoming the training methods of choice in medical schools. Unlike textbook examples, VR simulators allow users to view the anatomy from a wide range of angles and “fly through” organs to examine bodies from inside.

The experience can be highly interactive allowing students to strip
away the various layers of tissues and muscles to examine each organ separately. Unlike cadavers, VR models enable the user to perform a procedure countless times.  Perhaps because of the number of complications resulting from the uncontrolled growth of laparoscopic procedures in early 1990’s many groups have pursed simulation of minimally invasive and endoscopic procedures. Advances in tissue modeling, graphics and haptic instrumentation have enabled the development of open abdominal and hollow-tube anastomosis simulators. Initial validation studies using simulators have shown differences between experienced and novice surgeons, that training scores improve overtime and that simulated task performances is correlated to actual task performances.

Computer-based training has many potential advantages:

• It is interactive.

• An instructor presence is not necessary, so student’ can practice in their free moment.

• Changes can be made that demonstrate variation in anatomy or disease state.

• Simulated position and forces can be recorded to compare with established performance matrices for assessment and credentialing.

• Students could also try different technique and loot at tissues from perspective that would be impossible during real operations.

3.2. SURGICAL PLANNING

In traditional surgery planning, the surgeon calculates various parameters and procedure for surgery from his earlier experience and
imagination. The surgeon does not have an exact idea about the result of the surgery after it has been performed. So the result of the surgery depends mainly on human factors. This leads to lots of errors and even to the risk of losing the life of the patients. The incorporation of the virtual reality techniques helps in reducing the errors and plan the surgery in the most reliable manner.

‘The virtual reality technology can serve as useful adjunct to traditional surgical planning techniques. Basic research in image processing and segmentation of computed tomography and magnetic resonance scans has enabled reliable 3D reconstruction of important anatomical structures. This 3D imaging data have been used to further understand complex anatomical relationships in specific patient prior to surgery and also to examine and display the microsurgical anatomy of various internal operations.

3D reconstruction has proven particularly useful in  planning stereostatic and minimally invasive neurosurgical procedures. Modeling of deformable facial tissues has enabled simulations of tissue changes and the postoperative outcome of craniofacial surgery. Other soft tissue application includes planning Liver resection on a 3D deformable liver model with aid of a virtual laparoscopic tool.

3.3. IMAGE GUIDANCE

The integration of advanced imaging technology, image processing and 3D graphical capabilities has led to great interest in image guided and computer-aided surgery. The application of computational algorithm and VR visualization to diagnostic imaging, preoperative surgical
planning and interaoperative surgical navigation is referred to as Computer Aided Surgery. Navigation in surgery relates on stereotatic principles, based on the ability to locate a given point using geometric reference. Most of the work done in this field has been within neurosurgery. It also proved useful in Robotic Surgery, a new technique in which surgeon remotely manipulate robotic tool inside the patient body. An image guided operating robot has been developed Lavellee et al, and Shahide et al have described a micro’ surgical guidance system that allows navigation based on a 3D volumetric image data set. In one case, we use intra operative mapping of 3D image overlays on live video provides the surgeon with something like ‘X-ray vision’. This has been used in conjunction with an open MRI scan to allow precise, updated views of deformable brain tissues. Other researchers have focused on applications for orthopedic procedures. Improvements in sensor and imaging technology should eventually allow updates of patient’s position and intra operative shape changes in soft tissues with in reasonable time frame.

3.4. TELESURGERY

Tele-surgery allows surgeons to operate on people who are physically separated from themselves. This is usually done through a master-slave robot, with imaging supplies through video cameras configured to provide a stereoscopic view. The surgeon relies on a 3D virtual representation of the patient and benefit from dexterity enhancement afforded by the robotic apparatus’ prototype tele manipulator has been used to successfully perform basic vascular and urologic procedures in swine’s. More advanced system has been used to perform Coronary Anastomosis on exvivo swine hearts and in human undergoing endoscopic Coronary Artery Bypass grafting.

4. VIRTUAL SURGERY SIMULATION

4.1. 3D IMAGE SIMULATION

The first step in this is to generate a 3D model of the part of the body that undergo surgery Simulating human tissues-beit tooth enamel, skin or blood vessels-often starts with a sample from a flesh and blood person that is we should have a 3D model of the part of the body. Using computer graphics we first construct a reference model.  Depending on this simulation needed, anatomical images can be derived from a series of patient’s Magnetic Resonance Images (MRI), Computed Tomography (CT) or video recording, which are 2D images. These images are segmented using various segmentation methods like SNAKE’. The final model is obtained by deforming the reference model with  constraints imposed by segmentation results. The image is digitally mapped on to the polygonal mesh representing whatever part of the body on organ is being examined. Each vortex of the polygon is assigned attributes like colour and reflectivity from the reference model.

For the user to interact with the graphics there must be software algorithms that can calculate the whereabouts of the virtual instrument and determines whether it has collide with a body part or anything else. The other thing is, we should have algorithms to solve how it looks or behave when the body part is cut. We need models of how various tissues behave when cut, prodded, punctured and so on. Here VR designers often portray the tissue as polygonal meshes that react like an array of masses connected by springs and dampers. The parameters of this model can then be tweaked to match what a physician experiences

during an actual procedure. To create graphic that move without flickering collision detection and tissue deformation must be calculated at least 30 times/sec.

Advances in medical graphic allows ordinary medical scan of a patient anatomy be enhanced into virtual 3D views-a clear advantage for surgeon who preparing to do complicated procedures. Scans from MRJ and CT produces a series of things slices of the anatomy divided into volume data point or voxels, these slices are restacked and turned into 3D images by a computer. These 3D images are color enhanced to highlight, say bone or blood vessels.

4.2. TOUCH SIMULATION

The second step in the simulation of surgery is simulating haptic-touch sensation. Physicians rely a great deal on their sense of touch for everything from routine diagnosis to complex, life saving surgical procedure. So haptics, or the abili to simulate touch, goes a long way to make virtual reality simulators more life like.

It also add a layer of technology that can stump the standard microprocessor. While the brain can be tricked into seeing seamless motion by flipping through 30 or so images per second, touch signals need to be refreshed up to once a millisecond. The precise rate at which a computer must update a haptic interface varies depending on what type of virtual surface is encountered-soft object require lower update rates than harder objects.

A low update rate may not prevent a users surgical instrument from sinking into the virtual flesh, but in soft tissues that sinking is what is expected. If we want something to come to an abrupt
stop that is in the case of born, etc it requires a higher update rates than bumping into something a little squishy like skin, liver etc.

But still, simulating squish is no easy task either. The number of collision point between a virtual squishy object and a virtual instrument is larger and more variable than between a virtual rigid object and an instrument. Most difficult to simulate is two floppy objects interacting with each other-such as colon and sigmoidocope, the long bendable probe used to view the colon-because of multiple collision point. In addition, the mechanics of such interaction are complicated, because each object may deform the other.

For simulating touch sensation, we have to calculate the forces applied to cut, prodde, puncture the various  tissues. Also how they react or behave when cut, prodded, punctured using surgical instruments. First we have to make physical models of various tissues. The major difficulty in modeling organs is the physical behavior as they have all kinds of complexities-they are anistropic, non homogeneous and nonlinear. In addition, a great deal more physical measurement of tissues will be needed to make realistic haptic maps of complicated parts of the body such as abdomen.

Physical model is made assuming that tissues are polygon meshes that interact like an array of masses connected by springs and dampers. The parameter values are derived using complex nonlinear equations. The reaction forces are also calculated.

In coming years, VR designers hope to gain a better understanding of true mechanical behavior of various tissues and organs in the body. If

the haptic device is to give a realistic impression of say pressing the skin on a patient’s arm, the mechanical contributions of the skin, the fatty tissue benefit, muscle and even bone must be summed up. The equations to solve such a complex problem are known, but so far the calculations cannot be made fast enough to update a display at 30Hz, let alone update a haptic interface at 500-1000Hz.

5. WHAT IS A VIRTUAL SURGER SIMULATOR?

The VR simulator basically consists of a powerful PC which runs the software and an interfacer- haptic interfacer- for the user to interact with the virtual environment. Usually the haptic interfacer works on force feedback loop.

The force feedback systems are haptic interfaces that output forces reflecting input forces and position information obtained from the participant. These devices come in the form of gloves, pens, joystick and exoskeletons.

figure (5.1)

The figure (5.1) shows a haptic feedback loop, how human sense of touch interacting with a. VR system. A human hands moves the end effecter-shown here with haemostat-of a haptic device causing the device to relay its position via sensors to a computer running a VR simulation.

The computer determines what force should oppose that collision and relays force information to actuators or brakes or both, which push back against the end effecter. In the left hand loop, forces on the end effecter are detected and relayed to user’s brain. The brain, for example, commands the muscle to contract, in order to balance or overcome the force at the end effecter.

In medical applications, it is important that the haptic devices convey the entire spectrum of textures from rigid to elastic to fluid materials. It also essential that force feedback occur in real time to convey a sense of realism.

The rest of the system consists mostly of off-the-shelf components. The haptic device’s driver card plugs into usually a 500MHz PC equipped with a standard graphic card and a regular colour monitor. The software includes a database of graphical and haptic information representing the surgery part. The graphics, including deformation of virtual objects is calculated separately from the haptic feedback, because the latter must be updated much more frequently.

6. PHANTOM DESKTOP 3D TOUCH SYSTEM- A HAPTIC INTERFACER

SensAble technologies, a manufacture of force- feedback interface devices, has developed Phantom Desktop 3D Touch System, which supports a workspace of 6 x 5 x 5 inch. About the size of a desk lamp, the device resembles a robotic arm and has either 3 or 6 degrees of freedom and senses for relaying the arm’s position to PC. The system incorporates position sensing with 6 degrees of freedom and force-feedback with 3 degrees of freedom. A stylus with a range of motion that approximates the lower arm pivoting at the user’s wrist enables-user to feel the point of stylus in all axes and to track its orientation, including pitch, roll and yaw movement. A number of companies are incorporating haptic interfaces into VR systems to extent or enhance interactive functionality.

The Phantom haptic device has been incorporated into the desktop display by Reachln Technologies AB Developed for a range of medical simulation and dental training applications, the system combines a stereo visual display, haptic interface and 6 degrees of freedom positioner. A software package aptly named GHOST, translates characteristics such as elasticity and roughness into commands for the arm, and the arm’s actuators in turn produce the force needed to simulate the virtual environment. The user interacts with the virtual world using one hand for navigation and control and other hand to touch and feel the virtual object. A semitransparent mirror creates an interface where graphic and haptics are collocated. The result is the user can see and feel the object in same place. Among the medical procedures that can be simulated are catheter insertion, needle injection, suturing and surgical operations.

7. IMPORTANCE OF VIRTUAL REALITY IN SURGICAL FIELD

A recent report released by Institute of Medicine in Washington DC, estimates that medical errors may cause 1,00,000 patient deaths each year in US alone. Proponent of virtual reality believes that incorporation of this technology into medical training will bring this grim statistic down.

The main advantages of virtual reality in surgery are:

• Intelligent computer backup minimizes the number of medical ‘mistakes’.

• More effective use of minimal-access surgical technique, which reduces the long length of hospital stays and rest of postoperative complications.

• Better training in anatomy and surgical skill, with reduced need for cadavers.

8. CONCLUSION

Medical virtual reality has come a long way in the past 10 years as a result of advances in computer imaging, software, hardware and display devices. Commercialization of VR systems will depend on proving that they are cost effective and can improve the quality of care. One of the current limitations of VR implementation is shortcomings in the realism of the simulations. The main Impediment to realistic simulators is the cost and processing power of available hardware. Another factor hindering the progress and acceptability of VR applications is the need to improve human-computer interfaces, which can involve use of heavy head-mounted displays or bulky VR gloves that impede movement. There is also the problem of time delays in the simulator’s response to the users movements. Conflicts between sensory information can result in stimulator sickness, which includes side effects such as eyestrain, nausea, loss of balance and disorientation. Commercialization of VR systems must also address certain legal and regulatory issues.

Despite these concerns, the benefits of VR systems in medicines have clearly been established in several areas, including improved training, better access to services, and increase cost effectiveness and accuracy in performing certain conventional surgical procedures.

9. REFERENCE

1. Daniel Sorid & Samuel K. Moore “The Virtual Surgeon”,IEEE Spectrum

2. Paul J Gorman, MD; Andreas H Meler, MD; Thomas M Krummel, MD, “Simulation and Virtual Reality in Surgical Education Real or Unreal ?“, Archives of Surgery

3. R Satava “The King is Dead” Medicine.

4. Mandayam Srinivasan; Cagatay Basdogan, “Haptics in Virtual Environments: Taxonomy, Research Status and Challenges”, Computers and Graphics, vol 21, no4, pp.

5. SensAble Devices,Inc., “The PHANTOM’, literature from SensAble Devices Inc.

6. http:// touchlab.mit.edu.

7. www.csun.edu/cod/94virt/med-i 1 .html.

Ugh this whole week I just haven’t felt like it was the proper day and I’ve really had to think about where I need to be! Doesn’t help when I switch up workouts in the morning either. Double whammy: I’ve had to idea what the “plan” is for the week workout wise and then I’m not doing the usual day’s run so the rest of the day is messed up.  Aaaaaaaaannoying.

For those of you (like myself) who need a reminder: it’s Thursday.  Meaning that with a “long run” on Saturday I shouldn’t be doing speedwork today.  I guess it’s not a rule but a preference.  But I chose to run my runs this way (speed today rather than yesterday) because I knew it was going to be POURING and storming this morning.  IE) gym time for sure.

A bit irksome though because the temperature this morning? 55*.  But pouring and wicked windy (so much so that power was lost — doubly annoying because I was at the gym.  Power outage + crappy school gym =/= fun).  Yesterday was freezing and clear and sunny.  Guess the lesser of two evils was the cold although I do despise that almost as much as rain.

Since I’m one smart cookie and look at the weather in advance I knew this about the weather and planned to do speedwork today.  Wasn’t sure what exactly I wanted to accomplish but I was thinking tempo because I wanted to put some pep in my step and run hard for longer than an interval.

My workout looked like this:

• 1 mile warmup
• 3 miles @ tempo pace
• 1 mile recovery
• 3 miles @ tempo – 20 seconds
• 2 miles warm down

Luckily the power outage happened right as I was going from recovery to tempo-20.  Very convenient in the sense that I didn’t have to worry about really losing any data because it was nice and round numerically.  Although I did *somewhat* angerly think “why can’t the backup generator that’s powering the lights do the tms too?” Haha.  Oh obsession? Hello there!

The tempo pace felt too slow.  Usually for the first mile or so of a tempo I’ll feel exhausted and want to quit but after that first mile there’s usually a “breakthrough”.  But today I only felt tired during the warmup.  Maybe I’m faster than I give myself credit for?

I almost skipped the recovery bit but decided to stick to the plan stan.  The second tempo bit felt more challenging but and felt like what a tempo should feel like.  A hard, I-could-eek-out-one-more feeling (and I almost did!) but glad that it’s not going happen.  So maybe my true tempo pace is about 20 seconds faster than what I’ve been considering.

When I was done with my workout (which also included some ab and BACK work — getting back into my routine for the pain) , on my walk back to my building, the sun was out, there was no wind and it was soooo warm (65*)!! Come on Mother Nature: you couldn’t have had the storm blow through, like, two hours earlier?! And btw: It’s December 3rd (I may not know the day of the week but I sure as hell know the date haha) and we have 65* weather? After a cold spell? And with snow predicted this weekend? Such a tease!

After showering and feeding myself (pb & banana sandwich? yes please!) I headed over the field house where there were FREE MASSAGES.  Granted I did have to donate some non-perishable food for a local shelter and the massage therapists were students at a school but it was awesome.  It was only suppose to be 15 minutes but because I got there right away (@ 0900) and there was no one else there I got to stay for 30 minutes.  Holllleer.

I had the therapist concentrate on my legs because they are sooooo tight and it felt soooo good even though it hurt a bit.  Only downside was that because my legs are so tight I’m going to be sore tomorrow as 30 minutes (while amazing) was no where near enough time to get all the kinks out.  But it was definitely worth it.  I’m going to A) have to be more diligent with stretching — as in start stretching and B) call my massage therapist from home and set up some appts for my when the semester ends.

So far the rest of my day has been kind of boring.  Albeit stressful boring: I need to write my physics paper (on gravity anomalies) and I feel aimless. I just need to sit down and write but I’d rather be on fb, rwol, etc.  Oh priorities.

And to answer a question I’ve been thinking about lately re: Boston.

LARunner and AMarathoner asked about the length of the training program. December 28th marks 16 weeks out. I was actually thinking about that after I posted and I’m thinking of pushing it pack to a 12 week plan as I have a great base already and could use the extra 4 weeks to “relax” and “rest” my body.  And it also lets me have 4 more weeks of procrastinating on picking out a plan!

Also no real Hot-Spanish-TA update. I mean we’ve talked and stuff.  In fact last night me and another friend hung out with him and the other Spanish TA just chatting about random stuff in Spanish.  But nothing Earth shattering.  I actually kind of want to go out tonight just because I think I’d run into him but none of my friends want to go out.  And I should be working on aforementioned paper.

Thanks for sticking with this lengthy post.  It’s weird because when I sat down to type I thought I didn’t have much to say haha.

How to lose belly fat for men is a question that men have begged an answer for years. Thankfully, there are things that can be done to trim the fat around your biggest problem area.

There are exercises that men can do to help with fat loss around the belly and chest, the two biggest problem spots on men. Too much fat around the tummy and chest area can be cause for greater health risks for men, including heart disease, high cholesterol and diabetes. While there is some truth that a person gains weight in areas that are predisposed by genetics, a man does not have to live with what he inherited.

Here are a few ideas for losing the unhealthy fat and gaining a tighter chest and stomach.

If you know how to lose belly fat for men, you can use your knowledge to keep your belly fat under control. While you are working on strengthening your stomach and chest muscles, be sure to do cardiovascular exercises as well. Your cardio is what is going to raise your metabolism to burn the fat in your stomach area. This is an important step because, until you lose the fat, you will not be able to see the stomach and chest muscles that you are toning underneath.

Some say, when asked how to lose belly fat for men, that running is the fastest way to melt the fat, but most men who have belly fat have other issues related to weight as well, and running might not be the best answer. By all means though, if you enjoy running, then run!

Other great cardiovascular exercises are walking at a brisk pace, biking, swimming, and even aerobics. There are many exercise videos available on the market that are geared specifically toward men and are actually fun to do. Doing at least 30 minutes of cardio exercise three to five times a week is enough to see results.

Of course, if you want to know how to lose belly fat for men, you will need to understand that cardio is not enough. You will need to add muscle building exercises to your work out routine as well.

While your main focus will be your abs and chest muscles, working all of the muscles in your body will help to increase the muscle mass in your body. Increasing muscle mass will allow your body to burn more calories each day, therefore making it easier to lose the extra pounds. Some great examples of muscle building exercises to help build stomach and chest exercises are push ups, leg raises, and lower body crunches. Obviously there are many more exercises that target those areas, but these are simple enough for most men to do and have been proven to give results.

If you are having problems getting rid of your belly fat, know that it can be done. With a little effort and diligence, you can take control of your body.

For more info on the HIP regulations read on.

What is a Home Information Pack?

Since 14 December 2007 a Home Information Pack has been required on all homes being marketed in England and Wales.

The pack provides information needed by home buyers at the start of the home buying process.

It includes much of the information usually compiled by a solicitor during the conveyancing process.

The burden is now on the seller to compile the info and produce the pack.

Essential Content of Home Information Packs

Index of Contents

Sale Statement

Evidence of Title

Energy Performance Certificate (EPC)

Searches

Leasehold/Commonhold Documents if applicable

HIP’s were designed to:

Provide info so that home buyers make informed decisions before offering

Reduce duplicated costs if more than one sale proceeds

Grade the energy efficiency of a home

What are the negatives of HIP’S?

Home sellers are now unable to test the market without committing cash

Delays caused because marketing can’t commence until HIP compiled

Much of the packs info is out of date by the time the property goes under offer. The buyer then has to repay for updated info.

Some lenders/solicitors will not accept the contents of a HIP and may demand their own information, so duplicating costs.

Cost of a HIP is an added cost to house sale process

If the property doesn’t sell the HIP and the money spent on it is wasted

Are there any exemptions?

Yes there are a few limited exemptions to getting a home information pack. The main of which is that if the property is not being marketed e.g. sale to quick sale company, then a HIP doesn’t have to be compiled.

You can avoid a getting a Home Information Pack in the following circumstances:

When no marketing takes place (e.g. selling to a family member or quick sale company)

Non-residential properties

Homes limited by law to use as holiday accommodation or for limited occupation

Mixed sales (e.g. shop with flat)

Right to buy and similar sales

Sales of portfolios of properties

Properties not being sold with completely vacant possession

Unsafe properties and properties to be demolished

How to pay for pack?

Our research has found that you can pay up to £600 for a HIP.

There are several ways of paying for a HIP:

Pay upfront – before marketing commences a HIP is commissioned and paid for

Financing until sold- normally interest is charged so you end up paying more

“No Sale No Fee” deal via an estate agent, where pack cost is included in final fee. However in current market agents have either withdrawn these offers or require much higher commissions to compensate for extra risk. There are also many restrictions e.g. not able to transfer HIP to another estate agent

So does the contour abs really work?

Well, yes and no. The contour abs will work your abs with tiny electronic pulses causing your abs to contract just like when you do a situp or crunch, but it will NOT make you lose weight from your belly. To acheive that, you need to eat healthily, drink a lot of water instead of sugary soda and actually exercise!

Fat is only burned by our bodies when our heart rates rise through exercise or physical activity of some sort. Once you have burned the layer of body fat that covers your abs, then and only then will you have the chance to see the results from your chosen ab toning belt.

How quick will I see results with an ab belt?

That depends on you losing bodyfat first, but just 30 minutes a day is all thats needed to see results from an ab toning belt. 3-4 weeks in and you should have a healthy, strong midsection. An ab belt is a very effective, scientifically proven way to work your abdominal muscles without doing hundreds of situps – but you will only see your new sixpack if you’ve first burned off any fat that covers them, as mentioned above.

OK, so I’ve burned some bodyfat, now what? Should I buy a contour abs belt?

In a word, no! Before you go ahead and buy a contour abs belt, check out a few trusted online reviews and comparisons, so you can see the features that different ab belts have.

The two leading ab belts are the contour abs and the flexbelt – which one is better?

The flex belt is much higher quality than the contour abs, and more advanced in its design. Its much more up to date, and has a handy rechargeable power pack instead of using an endless amount of batteries like the contour abs does. Price wise, the two ab belts are similar, the contour being slightly more expensive – making the choice a little simpler.

The obvious choice of ab belt is the flexbelt, seeing as its more up to date and better quality, for slightly less of your money! For a more detailed comparison of the contour abs and flexbelt ab toners, read the contour abs review, contour vs flexbelt.

You can see all the features of both, and then decide which one is the better value for money. The flexbelt is reported to give the better results, in a much shorter time.

One of the key elements to being a skillful basketball player is being able to outjump your opponents. You’ll be able to get more rebounds, block their shots, and dunk on them. To learn How to Jump Higher for Basketball, I will provide you with 3 main tips. To be dunking in no time at all, follow these.

1. Proper Diet and Nutrition – Like a complex machine, your body needs all the proper nutrients so that it can perform and function at a high level. This is the first step in learning how to jump higher for basketball: fueling your body with necessary nutrients.

Your diet should contain a lot of clean protein such as fish, chicken, turkey, and nuts. For efficient fuel, you need to eat proper carbs from whole grain sources. Avoid white bread and white pasta, but the whole wheat type is excellent. You also need to include fat in your diet, but be sure it’s the healthy kind, like Omega-3. This is found in fish, or can be purchased as a supplement from any nutrition store. Eat many fruits and vegetables and drink plenty of water for best results.

2. Training and workouts – If you’re training to learn how to jump higher for basketball, a proper training regimen is key. Heading to the gym and doing few exercises won’t give you the results you’re looking for.

Jumping is an explosive movement that utilizes your fast twitch muscle fibers. You need exercises known as plyometrics, which are specifically designed to train these fibers. Great plyometrics are jump squats, lateral jumps, one-leg squats and jumps, and box jumps. These are just a few of the many, but it’s a good starting point that will help you increase your vertical.

You should continue doing your normal leg workouts to build up muscles as well as the plyometrics. These include deadlifts, heavy squats, calf raises, and hamstring curls.

3. Recovery and Rest Periods – Your body suffers greatly from a high-intensity workout designed to train yourself on how to jump higher for basketball. You won’t see gains and might actually see negative effects if you don’t allow yourself proper rest and recovery time.

My personal recommendation is to workout 4 days a week and take 3 days off to completely recover so that your body can rejuvenate. Splitting up these days is up to you. I do Monday-Tuesday, rest Wednesday, workout Thursday and Friday, and take the weekends off. But again, it’s your decision.

Another important element is allowing yourself at least 8 hours of sleep every night. During this time, your body is recovering and repairing the worn down muscles.

So follow those 3 tips on how to jump higher for basketball and you will start to see an increased vertical sooner than you think. If you want to learn more in-depth tips on how to jump higher and get a full workout routine developed by a trainer who has helped many college, NBA, and Olympic athletes increase their vertical, check out my site by Clicking Here

Another related article can be seen here: How to Jump Higher for Basketball