[Total HTML Converter 5.1.0.56 Key
Laurice Whack
I am trying to convert HTML to MS WORD document (.doc/.docx) with PHP script. With the available scripts from internet I am able to convert the text of HTML to doc. But I need total html with inline css will be in my doc.I made one script
Aiseesoft Total Video Converter wins the worldwide reputation for its complete set of video conversion and editing tools. With it, you can enjoy any videos and music files on your any device without limitation, even HD/4K UHD and 3D videos are highly supported.
Aiseesoft Total Video Converter can easily convert between various video formats such as MP4, H.264/MP4 AVC, H.265/HEVC, MTS, MXF, MOV, AVI, DivX, WMV, MKV, FLV, WTV, VOB, and more. Even your video is recorded with camcorder or your mobile phones, this video conversion software can fully meet your demands.What's more, this comprehensive video file converter also works well with audio files. It is capable of converting among audio format, including AAC, AC3, AIFF, AMR, AU, FLAC, MP3, M4V, MP2, OGG, WAV, WMA, etc. For your favorite background song from a movie, you could also use it to extract audio track from video easily.
This video converter can convert to audio and video formats that are compatible with your any device. Whether you use portable player like iPhone, iPad, iPod, Samsung Galaxy S9, Samsung Galaxy Note, HTC, PSP, Sony Xperia, Xbox, etc. or you want to edit your video on some editing software like Avid Media Composer, Adobe Premiere, Windows Movie Maker, iMovie, etc. even use other players like Windows Media Player, VLC, QuickTime player, and so on, you could easily convert the video format into other formats. You could decide your preference for the formats for your device.
This software is not only the professional total video converter, but also the best video enhancing software to improve video quality.Still feel troublesome by the blurry vision on your downloaded SD video? Upscale your video resolution in one click. It adjusts brightness and contrast automatically to lighten your dark recorded video. It is strong to be as a denoiser to remove the annoyed dirt-like spots on your video to get a neat screen. This app also allows you to stabilize your shaky video. All that can be realized in one click.
Have you ever watched a foreign movie without subtitle or non-synchronized subtitle? Do you feel annoyed to play a video file with the wrong background audio? If yes, then you come to the right place. Aiseesoft Total Video Converter opens the door to you. You can add one or more extra audio tracks as the background music for your video. Still, you are allowed to change or delete the existing audio track(s) freely. Definitely, you are able to change, delete or add subtitle in the form of *.srt, *.ssa and *.ass to create a video with clear subtitle. All can be done by yourself.
I mainly use it to convert some unsupported video formats like avi, flv, mkv and more to my iPhone supported MP4. It provides an iPhone category for directly converting video to iPhone format. Very convenient.
The early bone density machines in the 1970's and early 1980's all used different kinds of units, so results were reported in Z-scores to allow comparisons to normal people. Later bone density was measured in large populations and the Z-scores were compared to the general population and not just to healthy people. In the 1990's most people were using DEXA machines, which report units in g/cm2. But when the bone density machines became commercial, the different companies would not agree on a standard measurement. A person would be about 6% higher on a Lunar machine than on a Hologic machine, even though both said they were reporting g/cm2. If the companies would have used the same standards, then we could always just look at the plain bone density in g/cm2, just like we look at cholesterol in mg/dl or weight in kg. Unfortunately, that did not happen. Instead, the T-score was invented. T-scores are not used (to my knowledge) in any other aspect of clinical medicine, and for 20 years they have caused trouble and confusion. Some investigators have tried, unsuccessfully, to establish a "standardized" unit of mg/cm2. Equations have been published to convert Hologic, Lunar, or Norland measurements to standardized units. The NHANES study also reported the standardized units. The equations and converters are on the page about standardization. The reference ranges are also problematic. Currently the NHANES study (Looker) is used for the hip reference data by everybody. The different machines still use their own reference data sets for the spine because the spine was not included in the NHANES study.
Z-scores can be used to compare a measurement to a reference value. The z-score is the number of standard deviations away from the average value of the reference group. This reference group usually consists of people of the same age and gender; sometimes race and weight are also included. This table shows how z-scores correspond to percentiles. The percentile is the percent of people in the population who have a lower bone density. A person who is average has a Z-score of zero and is at the 50th percentile. If the Z-score is -0.84 then 20% of people have a lower bone density.Pediatricians use percentiles to interpret the height of a child. A child at the 5th percentile (same as Z-score of -1.65) is short for his or her age, and one at the 75th percentile is somewhat taller than average (Z-score of 0.68). The Z-score does not tell how tall a child is, because the average child gets taller as she gets older. On the other hand, if you know that a child is 40" tall, it does not mean anything unless you also know his age. You must know both the age and the percentile to know if this is a healthy height. For bone density, the Z-score will tell you if the bone density is close to the average value for the person's characteristics such as age, race and gender, but that still does not tell you if the bone is strong. Elderly white women have weak bones even if the bone density is average.Calculation of z-scoresYou need to have a table of reference values showing the mean (average) and standard deviation (SD) for the age, gender, race, skeletal site, and densitometer measurement units. I call this the "expected BMD". The following table gives values from NHANES dataset. Then you use the formula:
The reference BMD and standard deviation (SD) are to a young person instead of a person the same age as the patient. The reference BMD depends on:
- The bone densitometer
- Skeletal site
- Race
- Gender
- The population studied For example, this "thermometer" shows the values measured by a Hologic densitometer at the total hip in a Caucasian woman from the NHANES study. The reference BMD is 0.942 and the reference standard deviation is 0.122. When the T-score is -1, the bone density is 0.820 no matter how old the person is. The white numbers are at the average values for that age.   The T-score does not necessarily have to compare people of the same race or gender. A black man can have a T-score compared to black men, white men, or white women, depending on which reference BMD is used. This gets confusing because the bone density machines in the USA report the T-score based on race and gender but the WHO calculator bases it on the values for white women.
Notice that when the T-score is zero (average peak bone mass) the bone density is highest in black men and lowest in white women. At very low T-scores, however, the bone density is the same. This is due to differences in the standard deviations of the young populations.Convert T-scores in men and non-Caucasian races for DEXA femoral neckThe newest WHO fracture risk calculator uses T-scores based on Caucasian women for all the risks. Here is a converter, based on the NHANES data-base at the femoral neck. It gives the white-female-referent-T-score when you enter another sex-and-race-referent-T-score:
This shows the derivation of the equations. (The reference values are a little different from those above because this is for the femoral neck and not the total hip)T-score of femoral neck is lower than total hip in menFor older men, the T-score for the femoral neck will be lower than the T-score for the total hip. This graph shows the data from the NHANES study, using the young male values as the reference value. The graph shows the T-scores for average men. In other words, for all these points the Z-score is zero. For example, a 65-year old man with a T-score of -1.1 at the femoral neck would have the SAME risk of fracture as a 65-year old man with a T-score of the total hip of -0.6.
The graph shows the T-scores, calculated from young female reference values, for average men and women from a large meta-analysis (Johnell, ASBMR abstract 2005).
Converting T scores to and from Z-scores You must know the age, gender and race and skeletal site and have a reference table of average T-scores. The values shown here are all using race and gender references at the total hip from the NHANES database. This works because the standard deviations are about the same for all ages.Z-score = T-score - Reference T-score
T-score = Z-score + Reference T-score
Examples: 85-yr-old white woman with T-score of -2.25 has Z-score of 065-yr-old white man with T-score of -0.3 has Z-score of +0.355-yr-old black woman with Z-score of -1 has T-score of -1.555-yr-old black woman with Z-score of +1 has T-score of +0.5For 25-yr-olds Z-score and T-score will be the same. Otherwise the T-score is always worse than the Z-score. The exception is when weight is included to calculate the Z-score, which I think should not be done.Some common misunderstandings 1. The T-score can predict fracture risk better than the Z-score.Neither one of these scores can predict the fracture risk unless you also know the age. Because the T-score and Z-score can be converted back and forth, you predict fractures equally with either one.
795a8134c1