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Global Fitness Biography

Source:- Google.com.pk

Kimberly is the National Director of Group Fitness, Yoga and Education for Life Time Fitness/LifePower Yoga, a member of the IDEA Program Director Committee and one of Exercise TV’s Star Trainers. She has been featured in several highly acclaimed exercise videos and is a professional fitness consultant with Global Fitness Solutions.

Along with Rob Glick, Kimberly created and produces a series of events called EMPOWER!. These are regarded as Weekend Fitness Celebrations, designed especially for fitness and mind-body professionals as well as enthusiasts. EMPOWER! is a culmination of efforts to give back to the community by creating opportunities for growth and celebration for all who join.The mission is to empower all fitness professionals and enthusiasts with the knowledge and tools necessary to live their best life and make the most positive impact possible on the lives and well being of others.

Known for her passion, enthusiasm and humor, Kimberly travels the world as a Presenter, Motivational Speaker and Continuing Education Provider.

A fitness landscape is a mapping from the space of genetic sequences, which is modeled here as a binary hypercube of dimension $L$, to the real numbers. We consider random models of fitness landscapes, where fitness values are assigned according to some probabilistic rule, and study the statistical properties of pathways to the global fitness maximum along which fitness increases monotonically. Such paths are important for evolution because they are the only ones that are accessible to an adapting population when mutations occur at a low rate. The focus of this work is on the block model introduced by A.S. Perelson and C.A. Macken [Proc. Natl. Acad. Sci. USA 92:9657 (1995)] where the genome is decomposed into disjoint sets of loci (`modules') that contribute independently to fitness, and fitness values within blocks are assigned at random. We show that the number of accessible paths can be written as a product of the path numbers within the blocks, which provides a detailed analytic description of the path statistics. The block model can be viewed as a special case of Kauffman's NK-model, and we compare the analytic results to simulations of the NK-model with different genetic architectures. We find that the mean number of accessible paths in the different versions of the model are quite similar, but the distribution of the path number is qualitatively different in the block model due to its multiplicative structure. A similar statement applies to the number of local fitness maxima in the NK-models, which has been studied extensively in previous works. The overall evolutionary accessibility of the landscape, as quantified by the probability to find at least one accessible path to the global maximum, is dramatically lowered by the modular structure.

"I thought, if only people knew the crazy things that go on in this household, it would be so funny," Kim Kardashian once said. Now, of course everyone does know what goes on in her family, and she's parlayed the craziness into an estimated $45 million fortune. Sixteen million Twitter fans – only slightly less than follow Barack Obama – eagerly await her every cyber utterance.

The reality TV queen's empire rests on DASH, a chain of boutiques selling women's clothing.

Added to that are endorsement deals which have included cup cake mix, trainers, diet products and, even at one point, a debit card ("the Kardashian Kard").

Her dominance began with Keeping up with the Kardashians, a series that showcased the clan's fabulous LA lifestyle.

Viewers instantly responded to her warm, open personality. Unlike some young California socialites, Kim provided a decent role model for her teen fanbase – not camping out in nightclubs nor whittling herself down to a size zero.

Meanwhile, the family's genuine love for each other showed through the nutty goings on.

Kim is one of four children born to Robert Kardashian, OJ Simpson's successful trial lawyer, who died in 2003, and his wife Kris. She made her grand entrance on October 21, 1980.

Her siblings Robert Jnr, Kourtney and Khloe have all had major storylines on the show – among them the births of Kourtney's two children Mason and Penelope on TV and Khloe struggle to conceive.

After their parents' divorce, mom Kris, the family's business manager, remarried Olympian Bruce Jenner.

Their union gave the girls four stepsiblings including Brody Jenner, famous for his own shows The Princes of Malibu and Bromance, in which young men compete to become members of his entourage.

Kris and Bruce went on to have two girls together, Kendall and Kylie, who have grown up on camera since they were 10 and nine.

The Kardashians' media reach has come with detractors.

Of the criticism, Kim says: "I have no idea why. I work really hard – (sometimes) I have seven appointments before 10am. I'm constantly on the go.

"I have a successful clothing line. A fragrance. I mean, acting and singing aren't the only ways to be talented."

Intense interest also surrounds her love life. Her relationship with R&B star Ray J was notable because an intimate tape of them surfaced years afterwards.

Kim has also been married twice – the first time was for four years in her Twenties; the second for 72 days to basketball player Kris Humphries.

But since April 2012, she's been glowing with happiness as a result of dating the crown prince of rap, Kanye West, who is a friend of many years standing.

She birth gave to their daughter North - nicknamed Nori - on June 15, 2013. A few months later on her 33rd birthday, Kanye made it an even more special year when he proposed in front of her friends and family in a San Francisco baseball stadium rented out specially for the occasion.Bio-electrical Impedance Analysis (BIA) measures the impedance or resistance to the flow of a safe, low-level electric current through the body fluids contained mainly in the lean tissue. Impedance is low in lean tissue,where intra-cellular and extra-cellular fluid and electrolytes are primarily contained, but high in fat tissue. Impedance is thus proportional to total body water (TBW). Lean body mass is then calculated from this estimate using an assumed hydration fraction for lean tissue of 73.2%; the same assumption used in several other body composition methods. Fat mass is calculated as the difference between body weight and lean body mass.

In practice, a small constant current, typically 400 µA at a fixed frequency, usually 50 kHz, is passed between electrodes spanning the body and the voltage drop between electrodes provides a measure of impedance. Prediction equations, previously generated by correlating impedance against total body water (TBW) measured using a method such as deuterium dilution or DXA, are built into the software of BIA monitors.

The impedance of a biological tissue comprises two components, the resistance and the reactance. The conductive characteristics of body fluids provide the resistive component, whereas the cell membranes, acting as imperfect capacitors, contribute a frequency-dependent reactive component. By measuring the impedance at different frequencies (eg 5 kHz and 200 kHz) and by applying predictive equations, it is possible to estimate both Extra-Cellular Water(ECW) and TBW respectively and by deduction, Intra-Cellular Water (ICW). ECW can be related to extra-cellular mass (ECM) and ICW to Body Cell Mass (BCM).

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