Canucks survive pesky Blues in OT


The Vancouver Canucks maintained their precarious lead in the Northwest division on Thursday night with a 3-2 overtime win over the St. Louis Blues at General Motors Place.

Daniel Sedin gave the Canucks the victory after scoring the game winner on the power play just 1:09 into overtime.

St. Louis Blues goalie Curtis Sanford, left, makes a save as Canucks winger Taylor Pyatt (9) looks for a rebound Thursday night at General Motors Place in Vancouver. St. Louis Blues goalie Curtis Sanford, left, makes a save as Canucks winger Taylor Pyatt (9) looks for a rebound Thursday night at General Motors Place in Vancouver.
(Sam Leung/Canadian Press)

Both Daniel and his twin brother Henrik led Vancouver with a goal and an assist.

With Minnesota beating Edmonton 2-1 on Thursday night, the Canucks' victory put them at 89 points, one ahead of the Wild and six in front of the Calgary Flames.

The Canucks were given every opportunity to win this game in the first period, but didn't take advantage until the waning moments of regulation time.

With the game tied 2-2, St. Louis defenceman Eric Brewer took a crucial four-minute roughing penalty at 19:10 of the third.
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While Vancouver failed to score in the final 50 seconds of the period, the team took a 4-on-3 power play into the overtime frame.

It didn't take long for the Canucks to make Brewer pay for his mistake as Daniel Sedin took a cross-ice feed from Henrik and tapped in the puck behind Blues goaltender Curtis Sanford.

Despite the loss, Sanford play a stellar game for the Blues, making 34 saves including 12 in the third period and overtime.

Sanford, who registered his last shutout against the Canucks more than a year ago, stopped Bryan Smolinski three times, once on a 2-on-1 break and twice with his right pad. He also robbed Daniel Sedin on an attempt to convert a rebound.

Vancouver goalie Roberto Luongo didn't face as many pucks as his counterpart, but had a solid performance in stopping 20 St. Louis shots.

After both teams skated to a scoreless first period, the Canucks finally opened a 1-0 lead 1:30 into the second.

Henrik Sedin raced into the St. Louis zone and fired a wrist shot that went over the right glove of Sanford.

The Canucks then appeared to get a little breathing room when Trevor Linden scored on a 4-on-2 break at 9:35 of the third period. Brendan Morrison slid a pass to Linden, who deked Sanford with a nifty backhand.

It was Linden's first goal in his last 10 games.

The Blues wouldn't go away, however, as they began their rally with only seven minutes remaining in the game. With the Canucks pinned inside their own end, Jamal Mayers ripped a low shot between the legs of Luongo.

St. Louis got the equalizer at 16:35 after taking advantage of a Vancouver turnover.

Petr Cajanek alertly trailed the play, picked up the loose up and lifted a shot over Luongo.

The win gave the Canucks their third victory of the season against the Blues.

Mental Health

Mental Health - Discover the latest research in our continuously updated special report.

When the heart breaks down, it beats erratically or not at all. A bone can chip or snap. But when the complex network of neurons in our brain malfunctions, the result can be a near-endless variety and combinations of mental illnesses.

It’s normal to sometimes be sad, happy, anxious, confused, forgetful or fearful, but when a person’s emotions, thoughts or behaviour frequently trouble them, or disrupt their lives, they may be suffering from mental illness. According to the World Health Organization (WHO), about 450 million people worldwide are affected by mental, neurological or behavioural problems at any time.

However, determining that someone has a mental illness, and which one, is one of the challenges psychiatrists face. One effort to catalogue these afflictions is the "psychiatrists' bible", the Diagnostic and Statistical Manual of Mental Disorders - the latest edition fills nearly one thousand pages and lists over 400 disorders.
Diversity of disorders

Among the best known and most common mental illnesses is depression - a prolonged, debilitating sadness, sometimes accompanied by a feeling of hopelessness and thoughts of suicide. Seasonal affective disorder is a type of depression that affects some people in the autumn and winter and is triggered by the shrinking hours of daylight and colder temperatures. In bipolar disorder, a person swings from depression to episodes of mania where they are euphoric, energetic and unrealistically confident in their abilities.

Personality disorders are behaviour patterns that are destructive to the person themselves or those around them. In dissociative disorders, someone experiences a sudden change in consciousness or their concept of self. In dissociative amnesia, for example, the result is a loss of part or all of their memories. Samson, the Biblical strongman, may have suffered from the earliest recorded case of antisocial personality disorder.

Anxiety disorders are characterised by powerful feelings of stress and physical signs of fear - sweating, a racing heart - due to some cue in the environment, or for no obvious reason at all. These include post-traumatic stress disorder, panic disorder, obsessive compulsive disorder, anger disorders, hypochondria, social phobia, and other phobias including agoraphobia (open spaces), claustrophobia (small spaces), acrophobia (heights), and arachnophobia (spiders).
Enormous cost

Eating disorders involve an unhealthy relationship to food. A sufferer of anorexia nervosa will strive for thinness to the point of starvation, due to a distorted perception of their body and dissatisfaction in their sense of control. People with bulimia engage in cycles of gorging themselves and then purging through vomiting or use of laxatives. Muscle dysmorphia is sometimes thought of as a "reverse" form of anorexia that affects bodybuilders. Sufferers constantly worry that they are too puny, despite being extremely muscular.

Attention-deficit hyperactivity disorder in among the most common mental illness diagnosed in children, affecting their ability to focus and is associated with high levels of activity and impulsiveness.

Mental illnesses are quite common. As many as one in five people are thought to suffer from mental illness, at least temporarily, each year. Suicide - often the result of untreated mental illness - claims 873,000 lives around the world each year. The economic costs of these conditions are also enormous and growing. According to the WHO, depression is expected to account for more lost years of healthy life than any other disease by 2030, except for HIV/AIDS.

Even so, the mentally ill face stigma and discrimination. Studies find people are reluctant to admit they have a mental illness, to seek help, or to stick with treatment. Others are eager to reject the label of a mental illness. For example, some people with autism - characterised by difficulty communicating or socialising - insist the condition is not a disorder that needs to be cured, but just part of normal human "neurodiversity".
Underlying causes

Historically, some symptoms of mental illness, such as erratic behaviour and hearing voices, have been taken as evidence of heavenly communication or demonic possession.

More recently, brain scans have directly linked these conditions with changes in levels of neurotransmitters - chemicals that convey messages across neurons - or alterations in the number or structure of neurons in different brain areas. For instance, people suffering from depression often display lowered levels of the neurotransmitter serotonin.

In a few cases, the immediate cause of the malfunction has been identified. Alzheimer’s disease, a major source of dementia and memory loss in the elderly, is caused by the accumulation of protein plaques which choke neurons in the brain.

Some infectious diseases can also develop into a menal illness. Untreated HIV infection can cause dementia, as can the uncontrolled replication of the microbe that causes syphilis. Borrelia burgdorferi - the Lyme disease bacterium, the Borna disease virus and the toxoplasma parasite, responsible for malaria, are also thought capable of triggering a variety of mental illnesses.

In many cases the precise cause is unclear and experts suspect that many different factors are involved. One striking example is schizophrenia, distinguished by psychosis. This is a distorted view of reality, which may include hallucinations, hearing voices, delusions, and paranoia. The chance that identical twins both develop schizophrenia is much higher than that for fraternal twins or siblings, arguing for the strong role of inherited genes. But scientists are accumulating a growing list of other risk factors that predispose people to this condition, including prenatal exposure to famine conditions, certain infections or exposure to lead. The season of their birth also seems important - birth in winter or early spring increases the risk, as does an older father and, controversially, child abuse.

Genes are also thought to influence many other mental health problems, including: anorexia, autism, Alzheimer's disease and bipolar disorder,

Some other factors that have been linked to mental illness include the womb environment,exposure to X-rays, being held in detention centres and an having an overactive immune system.

Some researchers believe that smoking cigarettes and taking recreational drugs like LSD, ecstasy and cannabis, may elevate a user’s risk of mental illnesses, including schizophrenia - although it can be difficult to assess whether drug use is a cause or effect. And careful use of LSD and ecstasy might even help treat psychiatric problems.

Psychiatric treatments

Psychiatric treatment for mental illness can take many forms. In psychotherapy, the patient is encouraged to recognise their problems, understand what may trigger undesirable behaviour, and develop coping strategies.

Many medications are also available to treat some of the most severe symptoms. Mood-stabilising drugs aim to moderate manic episodes of bipolar disorder and may also reduce recurrences of depression. Antipsychotics reduce the reality-bending symptoms of schizophrenia. Anti-depressants include drugs like Prozac - known as selective serotonin reuptake inhibitors or SSRIs - which slow the removal of serotonin in the brain, thus increasing the neurotransmitter's availability.

Recently, however, some experts think there has been a rush to medicate every disorder and have questioned the effectiveness of many drugs. There is also controversy about using these drugs - such as Ritalin or amphetamines - to treat children.

Other less mainstream treatments for mental health problems, include stimulating the brain with magnetic pulses, electroconvulsive therapy, deep brain electrode stimulation, staying at a Hindu temple and using virtual reality to treat schizophrenia and phobias. Some experts argue that the different treatments for depression share a common mechanism - prompting the growth of neurons.
Madly creative

Madness has long been linked with genius. Many famous artists, writers and scientists have suffered from mental disorders, leading some to wonder if there is a link between these illnesses and creativity.

The mathematician John Nash struggled with schizophrenia while he developed the theory that earned him a Nobel Prize. The artist Vincent Van Gogh, the composer Robert Schumann and the writer Fyodor Dostoevsky are said to have suffered from a range of mental disorders including hypergraphia, a compulsion to write - a sign perhaps their art emerged from an unrelenting urge to communicate.

One possibility is that genes that predispose people to such devastating illnesses persist because when the syndromes are present in a milder form, this heightened creativity gives people an evolutionary advantage.

Gymnastics Exercises

Sports-specific exercises for the VertiMax

As a general guideline only, sport specific exercises are designed for lighter resistance with emphasis on posture, technique, and speed of execution. We recommend 2 to 4 exercises be performed with 2 to 3 sets of 10 to 25 repetitions, with a 30 to 60 second rest between sets. These exercises can be done 2 to 3 times per week. Consult a qualified performance training professional for specific variables of your exercise program.

Primary Gymnastics Exercises
The list below presents the primary VertiMax exercises that a gymnast would perform to fully develop explosive leg power.
After each exercise description, the VertiMax models are listed in which the exercise can be performed on.

Quick Hip Extensions

Stand on center of training mat, attach cords to top of shoe laces in position shown, keeping the leg straight, quickly and forcefully extend leg at the hip in repetitive manner, repeat other side.
V4 V6 V6+ V8+

Multiplanar Hops w/Stabilization

Attach waist cords, stand on one rear side of training mat, place feet together. Perform a hop in various directions, stabilize landing 1-2 seconds before hopping to another position on the mat, repeat.
V4 V6 V6+ V8+


Repeat Jump Ups

Place plyostep or plyobox securely on front center of training mat, attach waist cords, stand behind box the jump up onto step, quickly step down to starting position, repeat.

Note: Hip flexor cords are optional for this exercise.
V4 V6 V6+ V8+

Repeat Split Jumps

Attach waist cords, stand on center of training mat, place one foot in forward on mat. Bend front knee to 90 degrees in a lunge position then perform a jump from this position, land while returning to start position, repeat quickly. Then repeat exercise with other leg positioned forward.
V4 V6 V6+ V8+

Depth Jump to Squat Jump

Place plyostep or plyobox on platform securely on the back edge of the training mat, attach waist cords, step onto box with feet shoulder width apart. Jump down onto platform, land with soft knees then lower body into a squat position and finish exercise with a jump, stabilize final landing, repeat.

Note: Hand and thigh cords can be an optional attachment if equipped.
V4 V6 V6+ V8+


Secondary Gymnastic Specific Exercises:

These exercises may be used in addition to the Primary Gymnastic Exercises or General Exercises for improving the performance of specific gymnastic related movements.
Forward Hop w/Stabilization

Attach waist cords, stand on rear of training mat, place feet close together, perform a hop forward and stabilize to simulate a gymnastic landing, pause 1-2 seconds, repeat.
V4 V6 V6+ V8+

Single Leg Forward Hop w/Stabilization

Attach waist cords, stand on one foot at rear of training mat, perform a hop forward and stabilize, pause 1-2 seconds, repeat other leg.
V4 V6 V6+ V8+

Squat Jump to Overhead Reach

Attach waist cords and hand cords if equipped, stand on center of training mat, place feet shoulder width apart, perform a squat, then quickly and forcefully jump while extending arms above head, quickly stabilize landing then repeat.
V4 V6 V6+ V8+

Pike Jumps

Attach waist cords, stand on center of training mat, perform a quick and forceful pike jump by reaching forward with hands toward toes while kicking legs forward during jump, repeat. (Note: keep the motion of the pike under control and increase as tolerated to avoid a bad landing or injury.)
V4 V6 V6+ V8+

Quick Plie Hops

Attach waist cords, stand on center of training mat, place heels together with feet turned out. Perform a plie by bending knees to about 45 degrees then quickly hop, repeat.
V4 V6 V6+ V8+

Plie Jumps

Attach waist cords, stand on center of training mat, place heels together with feet turned out. Perform a plie by bending the knees to about 45 degrees, then quickly jump, stabilize the landing 1-2 seconds, repeat.
V4 V6 V6+ V8+

Running Exercises


Toe Raises:

Description: Standing on a step with heels hanging off the end, raise up onto toes then follow by lowering back down to below step level.

Sequence: Repetitions - 20, Sets - 3, Frequency 3x/week. Strengthens and stretches the calf muscles.

Shin workout:

Description: Extend one foot forward, both knees slightly flexed. Flex the forward foot so that toes raise upwards. Change from up/down motion to side to side motion forming a letter 'A' so that the sides of the muscle are worked as well.

Sequence: Repetitions - 20, Sets - 3, Frequency 3x/week. Strengthens the tibialis anterior muscle (shin area). Variation: Add a small ankle weight across the toes.

Half Squats:

Description: Knees are bent to the 90 degree point which is easier on the knees than full squats.

Sequence: Repetitions - 20, Sets - 3, Frequency 3x/week. Strengthens the quadriceps, hamstrings and gluteal muscles.

Lunges:

Description: Extend one foot forward, drop the knee of the other leg half-way to the floor. Don't let the forward knee extend past the toes to avoid knee stress.

Sequence: Repetitions - 30, Sets - 3, Frequency 3x/week. Strengthens the quadriceps, hamstrings and gluteal muscles.

Abdominal curls:

Description: Lie on the floor facing up. The knees should be at a 45 degree angle about shoulder width apart. Place the tips of the fingers on the ears and elbows straight out to the side. Breathe out on the way up and return to the starting position. To work the obliques, point knees to one side and continue the same upper body motion as above. Do the same for the opposite side with the knees pointing to the alternate side. Lower abdominals can be worked by placing the hands under the top of the gluteals (to force lower back contact with the floor) and raise the legs straight up, pointing the toes at the ceiling. Slight movements are necessary here to feel the lower abs being worked.

Sequence: Repetitions: 30 - 40, Set - 5, Frequency 3x/week. Strengthens the Rectus Abdominus, External Obliques.

Plyometrics:

Description: Plyometrics are bouncing and exaggerated forms of exercise and are specific to training for running.

High steps:

Description: Jogging in place, begin to raise the knees higher and increase the cadence. Increase the height gradually until the knees are at a 90 degree angle. Keep arms in sync with the legs as in running. Maintain proper upright position as in running. You can then begin to move forward and back in short incremements. Work up to 100 meter distances. Continue for 5 minutes then walk for 5 minutes. Repeat three times and for three times a week.

Crossovers:

Description: Find a white line on the track and run with one foot on each side of it. Then start crossing over with each step, putting the left foot to the right of the line and the right foot to the left of the line.

Side-to-sides:

Description: Using the same white line, bounce side to side, landing first far to the right of the line with your right foot, then far to the left of the line with your left foot.

Double-leg pull-ups:

Description: With both feet together, jump high -- bringing your knees toward your chest -- land, hop a couple of times and jump and bring your knees up again. Do 10 at a time, rest, then repeat.

Endurance Training



Endurance training is developing energy production.
Energy production comes from food and the system is getting the food to manufacture adeomine triphosphate{atp}the chemical compound that supplies energy for the muscular contraction.

There are different types of endurance training :

Aerobic endurance
Anaerobic endurance
Speed endurance and
Strength endurance
We can go in to every single one but, let’s try to keep it simple as we can.

Back to:
Endurance training is important for many sports - not just the pure distance events like running, swimming and cycling for example. While the type and amount of endurance training will change according to the specific demands of the sport, even some traditional strength and power based games demand a solid aerobic base.

There could be several reasons you want to do this, whether it be to look good for your significant other, to keep up with your kid, to stay healthy, to perform in sports, or even to fight diseases. Whatever the reason may be, one thing is for sure. You need endurance training.

VO2 Max
It's difficult to talk about endurance performance and endurance training without mentioning V02 max or maximal oxygen uptake. Elite endurance athletes typically have a high VO2 max and for the most part it seems to be genetically determined (1). However, in untrained individuals VO2 max can be improved by as much as 20% Lactate Threshold
If VO2 max can be seen as an upper limit for aerobic exercise, the lactate threshold determines how much of that 'aerobic' upper limit can be used.

Exercise Economy
Two athletes may have the same VO2 max and they may have the same lactate threshold expressed as a percentage of their VO2 max. Yet what is far more relevant is the speed or workload at which the athlete is exercising when they reach these two markers.