Stem cells, juicing, Piloxing, triathlon, workout apps–health and wellness on overdrive

Back to basicsCaveman workout is the choice for functional training.

Swim, bike and runtriathlon became even more popular in 2013.

It was the year stem cell therapy became a household name.

Although the science has been around for half a century in Europe, it was not until the Asian Institute of Longevity Medicine (AILM) opened its doors to Filipinos in 2009 that stem cell therapy took off in the country.

Today, AILMs German-based partner, Tissue and Cell Banking (Ticeba), headed by its founder and managing director Dr. Christoph Ganss, is one of the countrys most sought-after stem cell therapy consultants.

If you think that, because of its exceedingly high price tag, stem cell therapy would catch on only among the well-heeled, think again. Entrepreneurial Pinoys saw the potential moneymaker in the name, and soon peddlers began brandishing everything from stem cell water to stem cell fertility kits.

Another top hit of 2013 is juicing/detox. Now a multibillion-dollar industry in the United States, juicingwhile it has been practiced by many vegans and vegetarians in the Philippines since the early 2000sbecame big this year when the Australian documentary filmmaker and juicing advocate Joe Cross visited the country.

Today, there are three major competing organic juice brands on the market.

Organic produce

Vegan food the five-star way

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Stem cells, juicing, Piloxing, triathlon, workout apps–health and wellness on overdrive

TIMEZ5 | Muslim Physiology personal experience with Ahmed Kamali – Video


TIMEZ5 | Muslim Physiology personal experience with Ahmed Kamali
Mastering the art of the physio-spiritual experience: Learn how to overcome common physical challenges that get in the way of our spiritual wellbeing. Muslim Physiology is the science of Muslim...

By: Timez5Prayermat

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TIMEZ5 | Muslim Physiology personal experience with Ahmed Kamali - Video

Fetal alcohol syndrome heart defects may be caused by altered function, not structure

PUBLIC RELEASE DATE:

30-Dec-2013

Contact: Donna Krupa dkrupa@the-aps.org American Physiological Society

Bethesda, Md. (Dec. 30, 2013)Recent data shows that more than 500,000 women in the U.S. report drinking during pregnancy, with about 20 percent of this population admitting to binge drinking. Even one episode of heavy drinking can lead to the collection of birth defects known as fetal alcohol syndrome (FAS). Along with growth retardation, head and face abnormalities, and neurological problems, FAS also causes heart problems in just over half of those with this condition. Though much research has focused on looking for the cause of these alcohol-induced heart defects, they remain largely a mystery.

To investigate this question, Ganga Karunamuni of Case Western University and her colleagues studied heart formation in quail embryos, whose heart development is very similar to that of humans. The researchers used an innovative imaging technique, optical coherence tomography, to compare embryos exposed to a single, large dose of alcohol to those who hadn't received alcohol. They looked both at how alcohol changed the function of the developing hearts as well as their structure. They found that significant changes in heart function appeared to come well before changes in structure that are hallmarks of the well-known FAS heart anomalies. These changes in function, the study authors suggest, might be the cause of the structural problems that arise later by exerting forces on the heart that change its development.

The article is entitled "Ethanol Exposure Alters Early Cardiac Function in the Looping Heart: A Mechanism for Congenital Heart Defects?" It appears in the Articles in Press section of the American Journal of Physiology Heart and Circulatory Physiology, published by the American Physiological Society. The article is available online at http://bit.ly/1hulmNN

Methodology

The researchers studied three sets of quail embryos. In one set of these embryos, the researchers injected a quantity of alcohol into their shells proportional to the amount that would be considered a single episode of binge drinking in a pregnant woman. They purposely chose a time during early development in which embryos are especially vulnerable to the effects of alcohol. In another set of embryos, the researchers injected their shells with saline, a placebo not known to have any harmful effects. The researchers left a third set of embryos to develop without any interventions.

Using an imaging modality called optical coherence tomography, which gives the ability to peer through layers of tissue, the researchers kept an eye on the developing hearts at a particular stage when the primitive heart switches from a tube shape to a loop-shaped circuit. The researchers compared both heart blood flow and anatomy at this stage between the three different sets of embryos. They also compared heart anatomy between the different sets both at this looping stage and at a stage closer to hatching.

Results

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Fetal alcohol syndrome heart defects may be caused by altered function, not structure

Atheism and Agnosticism (Stanford Encyclopedia of Philosophy)

First published Tue Mar 9, 2004; substantive revision Mon Aug 8, 2011

The main purpose of this article is to explore the differences between atheism and agnosticism, and the relations between them. The task is made more difficult because each of these words are what Wittgenstein called family resemblance words. That is, we cannot expect to find a set of necessary and sufficient conditions for their use. Their use is appropriate if a fair number of the conditions are satisfied. Moreover even particular members of the families are often imprecise, and sometimes almost completely obscure. Sometimes a person who is really an atheist may describe herself, even passionately, as an agnostic because of unreasonable generalised philosophical scepticism which would preclude us from saying that we know anything whatever except perhaps the truths of mathematics and formal logic.

Atheism means the negation of theism, the denial of the existence of God. I shall here assume that the God in question is that of a sophisticated monotheism. The tribal gods of the early inhabitants of Palestine are of little or no philosophical interest. They were essentially finite beings, and the god of one tribe or collection of tribes was regarded as good in that it enabled victory in war against tribes with less powerful gods. Similarly the Greek and Roman gods were more like mythical heroes and heroines than like the omnipotent, omniscient and good God postulated in mediaeval and modern philosophy. As the Romans used the word, atheist could be used to refer to theists of another religion, notably the Christians, and so merely to signify disbelief in their own mythical heroes.

The word theism exhibits family resemblance in another direction. For example should a pantheist call herself an atheist? Or again should belief in Plato's Form of the Good or in John Leslie's idea of God as an abstract principle that brings value into existence count as theism (Leslie 1979)? Let us consider pantheism.

At its simplest, pantheism can be ontologically indistinguishable from atheism. Such a pantheism would be belief in nothing beyond the physical universe, but associated with emotions of wonder and awe similar to those that we find in religious belief. I shall not consider this as theism. Probably the theologian Paul Tillich was a pantheist in little more than this minimal sense and his characterising God as the ground of being has no clear meaning. The unanswerable question Why is there anything at all? may give us mystical or at any rate dizzy feelings but such feelings do not differentiate the pantheist from the atheist. However there are stronger forms of pantheism which do differentiate the pantheist from the atheist (Levine, 1994). For example the pantheist may think that the universe as a whole has strongly emergent and also mind-like qualities. Not emergent merely in the weak sense that a radio receiver's ability to receive signals from distant stations might be said to be emergent because it is not a mere jumble of components (Smart 1981). The components have to be wired together in a certain way, and indeed the workings of the individual components can be explained by the laws of physics. Contrast this with a concept of emergence that I shall call strong emergence. C. D. Broad in his Scientific Thought (Broad 1923) held that the chemical properties of common salt could not even in principle be deduced from those of sodium and chlorine separately, at the very time at which the quantum theory of the chemical bond was beginning to be developed. Though the mind has seemed to some to be strongly emergent from its physical basis, it can be argued that developments in the philosophy of mind, cognitive science and neuroscience favour weak emergence only.

One strong form of pantheism ascribes mental properties to the cosmos. If the weak sense of emergence was adopted we would be faced with the question of whether the universe looks like a giant brain. Patently it does not. Samuel Alexander asserted, rather than argued, that mentality strongly emerged from space-time, and then that at some future time there will emerge a new and at present hardly imaginable level which he called deity (Alexander 1927). It is hard to tell whether such an implausible metaphysics should be classified as as pantheism or as theism. Certainly such a deity would not be the infinite creator God of orthodox theism. A. N. Whitehead, too, had a theory of an emergent deity, though with affinities to Platonism, which he saw as the realm of potentiality and therefore he connected the atemporal with the contingent temporal deity (Whitehead 1929). Such views will not deliver, however implausibly, more than a finite deity, not the God of core theism. God would be just one more thing in the universe, however awesome and admirable.

The weak form of pantheism accepts that the physical universe is all and eschews strong emergence. Sometimes the weak form of pantheism is rhetorically disguised as theism, with God characterised as absolute depth or some equally baffling expression, as by Paul Tillich. At any rate, whether or not we accept pantheism as a sort of theism, what we mean by atheism will vary according to what in the dialectical situation we count as theism.

This brings us naturally to the question of what we might consider to be an adequate concept of God, whether or not we wish to argue for the existence of such a being. Some profound remarks were made on this by J. N. Findlay in his article (Can God's Existence be Disproved? (Findlay 1949). The heathen may worship stocks and stones but does not see them as merely stocks and stones. More and more adequate conceptions of God still portray God as limited in various respects. A fully adequate conception of God, Findlay said, would see God as not only unlimited in various admirable properties but also as a necessarily existing being. Thus There is one and only one God would have to be a logically necessary truth. Now logic, he held, is tautologous and without ontological commitment. So God's necessary existence would have to be something different from logical necessity. The trouble is how to see what this could be.

It might be replied that there are non-trivial necessary existential propositions in mathematics, such as There are infinitely many primes which implies of course the number 7 exists. (We can ignore the unhelpful Something exists which is allowed by standard first order logic purely for convenience as few would need to apply logic to discourse about an empty universe for which in any case there are separate rules for determining validity or otherwise.) It is well known that Frege in his Foundations of Arithmetic claimed to reduce arithmetic to logic. However in effect he was using a free logic without ontological commitment. Claims to reduce set theory (and so analysis) to logic are of course even more problematic. Would it help towards an adequate conception of God if we said that God has the sort of existence or non-existence that prime numbers have? One might say not much. In any case it is dangerous to talk of types of existence because it treats existence as though it was a property. At the time that he wrote his article Findlay was following the logical positivist line that logic and mathematics are alike tautologous. In the case of mathematics this can be seriously questioned. Also most theists would say that prime numbers are too abstract to be compared to God, though perhaps not John Leslie who has argued that God is a principle that brings value into existence (Leslie 1979 and 1989). We are still left with Findlay's challenge as to what a conception of God as a necessary being could be.

One thing that will not differentiate the theist from the atheist is to say that God, if he exists, is necessary in the sense of not being dependent on anything else for his existence. The atheist will say that the universe fits this bill because the universe contains everything that there is and so is not caused by anything else. It is indeed hard to see what an adequate conception of God and his necessary existence could be. For the purposes of this article, let us explore what the relations and lack of relations between atheism and agnosticism could be. Here we shall neglect the requirement of necessary existence and in a later section we shall consider the case of a posteriori arguments for the existence of a mind-like creator of the universe. Of course without the requirement of necessity it raises the intelligent child's question Who made God? Still, this might be regarded as inevitable but excusable in an a posteriori argument in which the hypothesis of a purposive creator is put forward and claimed to be justified much in the manner of any scientific hypothesis.

Continued here:
Atheism and Agnosticism (Stanford Encyclopedia of Philosophy)

Plantar Fasciitis Now Being Treated With Stem Cells

Plantar fasciitis, a chronic pain condition involving the sole of the foot, is now being treated using regenerative medicine like stem cell therapy, and offering the first form of real relief for many sufferers.

Plantar fasciitis affects millions of Americans, and is a condition in which the plantar fascia the thick tissue covering the sole of the foot is inflamed, causing severe pain on the bottom of the foot, and impeding activities such as running and walking.

The plantar fascia tissue is what connects the heel bone to the toes, thus creating the arch of the foot.

Traditional treatments for the debilitating injury have offered some relief in recent years through the use of physical therapy, NSAIDS, and steroid injections. However, these types of pain relief develop slowly over time, and are not an effective way to truly treat the problem. Stem cell therapy is going beyond these typical treatments, treating the root cause of the issue, and are often able to alleviate pain more quickly and with longer-lasting results.

Clinics in Arizona and California are just two examples of offices now offering stem cell injections of adult bone marrow and both fat- and amniotic-derived materials. Board certified pain management doctors at the Arizona Pain Stem Cell Institute, in Phoenix, and TeleHealth, in southern California, are giving patients suffering from the condition a low risk, outpatient alternative to corrective surgery.

Many other U.S. states now have pain treatment centers offering the plantar fasciitis stem cell therapy, as well.

Main image courtesy Nevit Dilmen via Wikimedia Commons.

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Plantar Fasciitis Now Being Treated With Stem Cells

My Five Apps: Kevin’s (Platform) Agnostic Life

(This is the fifth in a series that showcases apps the staff at MacNN and Electronista use and recommend. The first installment, discussing media streaming and playback apps, is here. The second covered photo-editing apps, the third looked at music apps, and the fourth focused on board game conversions.)

One of the biggest perks of being a technology writer is getting to play with a bunch of the latest toys from lots of companies, sometimes before they come out. At any given moment, my house holds maybe four tablets, three to five smartphones, and two or three notebooks and desktops, including my own personally-owned tech, of course. In order to work across these multiple devices, I've had to develop a healthy agnosticism when it comes to platforms. This article on My Five Apps, then, will be an attempt to convert you to that view: The One True Tech Faith of No True Tech Faiths.

The Platform Agnostic Path isn't a lonely one -- you'll largely find yourself using many of the same apps as others -- but it is one without brand fervor and instead works toward finding things that will help us, well, work. The key to that is locating what exactly it is that you want to do and then finding those third-party apps that make that possible. What I tend to want to do is to write and to remember and to occasionally entertain myself. To that end:

Evernote

Evernote has gone from a relatively simple cloud-based note-taking app to an app powerhouse with a presence on every major platform. The Green Elephant is just about indispensable, as it has a presence on OS X, Windows 8, iOS, Fire OS, Android, Windows RT, BlackBerry, and just about every other platform you or I will wind up working on. On top of that, it's got an ever-capable web-portal, so you always still have access through the browser.

I use Evernote largely to save assorted brain-droppings: poem snippets, article ideas, script drafts, and so forth. The Evernote Web Clipper allows for quick storage of anything that tickles your fancy or floats your boat in your endless web crawling. It's the sort of thing that really helps one keep track of potential inspirations, so long as one is willing to do the legwork of tagging and minimally organizing things.

Pocket

Here you may be thinking, "But, Kevin, isn't the inclusion of Pocket directly after Evernote somewhat redundant?" To which I respond, "Quiet, you. Who's the one proselytizing the Platform Agnostic Path here?"

Pocket makes it onto my list because it helps compartmentalize assorted web clippings. Text things go into Evernote, visual things get tucked into the Pocket. Sure, it would be easy to simply tag things within Evernote and sort the visuals into a visual folder, but having a (mostly) separate app that's devoted almost entirely to cool pictures, drawing inspirations, and so forth is pleasant.

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My Five Apps: Kevin's (Platform) Agnostic Life

Toddler Bedtime Should Coincide With Melatonin Increase

By Traci Pedersen Associate News Editor Reviewed by John M. Grohol, Psy.D. on December 28, 2013

Putting toddlers to bed at a specified time may put them out of sync with their internal body clocks, making it difficult for them to fall asleep, according to a new University of Colorado Boulder study.

In a group of 14 toddlers, researchers pinpointed the time when the hormone melatonin spiked in the evening, indicating the start of the biological night. The findings showed that toddlers with later melatonin rise times took longer to fall asleep after being put to bed, said CU-Boulder Assistant Professor Monique LeBourgeois, Ph,D.

There is relatively little research out there on how the physiology of toddlers may contribute to the emergence of sleep problems, said study leader LeBourgeois.

Sleeping at the wrong biological clock time leads to sleep difficulties, like insomnia, in adults.

Although adults can choose when they go to sleep, toddlers rarely have this option, said LeBourgeois.

This study is the first to show that a poor fit between bedtimes selected by the parents of toddlers and the rise in their evening melatonin production increases their likelihood of nighttime settling difficulties, said LeBourgeois.

About 25 percent of young children have difficulty settling down after bedtime, said LeBourgeois. Problems may include having trouble falling asleep, bedtime resistance, tantrums, and episodes known as curtain calls, such as calling out from bed or coming out of the bedroom, often repeatedly, for another story, glass of water or bathroom trip, she said.

Toddlers with longer intervals between the onset of nightly melatonin release and their bedtimes were shown to fall asleep more quickly and had decreased bedtime resistance as reported by their parents, according to the study.

Sleep difficulties in early childhood are predictive of later emotional and behavioral problems, as well as poor cognitive function, that can persist into later childhood and adolescence.And parents of young children with sleep problems often report increased difficulties in their own sleep patterns, which can cause chronic fatigue and even marital discord, she said.

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Toddler Bedtime Should Coincide With Melatonin Increase

University News 12/28/2013

Hardin-Simmons University graduates

The following area students were awarded degrees from Hardin-Simmons University on Dec. 14:

Abilene: Lanae Amdal Bachelor of Behavioral Science; Louise Bennett Bachelor of Behavioral Science; Kelsey Farrington Bachelor of Behavioral Science; Andrew Jacques Bachelor of Behavioral Science; Andrea Rhoads Bachelor of Behavioral Science; Travis Guy Bachelor of Business Administration; Dasith De Silva Bachelor of Science; Ermias Abebe Bachelor of Science in Nursing; Marina Singian Bachelor of Science in Nursing; Heather Holcomb Master of Education; Nia Johnson Master of Education; Daniel Knightstep Master of Education; Julia Siewert Master of Education; Kelly Stine Master of Education; John Bregger Master of Science; Matthew Kerns Master of Science; Seth Tate Master of Science; Shannon Boyd Master of Science in Nursing; Suzanne Butz Master of Science in Nursing; Kimberly Patton Master of Science in Nursing; Nkechi Ubah Master of Science in Nursing; Andrew Crawford Bachelor of Arts; Brandon Gates Bachelor of Arts; Christopher Jackson Bachelor of Arts; Venantie Uwishyaka Bachelor of Arts; Jordan Aly Bachelor of Behavioral Science; Kirsten Barnett Bachelor of Behavioral Science; Bethany Beyer Bachelor of Behavioral Science; Christie Blake Bachelor of Behavioral Science; Joshua Christian Bachelor of Behavioral Science; Jessica Crawford Bachelor of Behavioral Science; Shelby Curtis Bachelor of Behavioral Science; Deanna Davis Bachelor of Behavioral Science; Tyson Denton Bachelor of Behavioral Science; Sheba Figueroa Bachelor of Behavioral Science; Meagan Grant Bachelor of Behavioral Science; Leah Greenfield Bachelor of Behavioral Science; Jaquatta Klein Bachelor of Behavioral Science; Katherine Koch Bachelor of Behavioral Science; Thomas McCarter Bachelor of Behavioral Science; Angelique Nhan Bachelor of Behavioral Science; Thomas Nichols Bachelor of Behavioral Science; Jason Oakeley Bachelor of Behavioral Science; Emily Raymond Bachelor of Behavioral Science; Courtney Reed Bachelor of Behavioral Science; Justin Rhodes Bachelor of Behavioral Science; Rebecca Roberts Bachelor of Behavioral Science; Taylor Roy Bachelor of Behavioral Science; Kurt Shreckengast Bachelor of Behavioral Science; Andrew Squyres Bachelor of Behavioral Science; Christopher Stephenson Bachelor of Behavioral Science; Ethan Tan Bachelor of Behavioral Science; Sarah Turner Bachelor of Behavioral Science; Blair Wallace Bachelor of Behavioral Science; Caryn Wang Bachelor of Behavioral Science; Amber Wessies Bachelor of Behavioral Science; Zachary Williams Bachelor of Behavioral Science; Nicole Windhagen Bachelor of Behavioral Science; Kristen Brockman Bachelor of Business Administration; Devin Carver Bachelor of Business Administration; Stewart Person Bachelor of Business Administration; Austin Ricker Bachelor of Business Administration; Taylor Thigpen Bachelor of Business Administration; Jessica Villanueva Bachelor of Business Administration; Allison Grider Bachelor of Music; Travis Lowery Bachelor of Music; Jessica Pope Bachelor of Music; Sarah Starkey Bachelor of Music; Bryan Kern Bachelor of Science; Napoleon Musonera Bachelor of Science; Brianna Nisi Bachelor of Science; Lauren Turman Bachelor of Science; Cody Gohlke Doctor of Physical Therapy; Nina Loza Doctor of Physical Therapy; Timothy Man Doctor of Physical Therapy; Marci Murphy Doctor of Physical Therapy; Leigh Rainwater Doctor of Physical Therapy; Dustin Rauch Doctor of Physical Therapy; Carrie Skow Doctor of Physical Therapy; Adriana Vega Doctor of Physical Therapy; John Weldon Doctor of Physical Therapy; Andrew Adamski Master of Business Administration; Tanya Eichhorst Master of Business Administration; Manel Kortas Master of Business Administration; Michael Massey Master of Education; Stephanie Moreland Master of Education; Emily Palmore Master of Education; Brittany Suell Master of Education; Brian Welch Master of Education; Leslie Collie Master of Music; John McCulloch Master of Music; Christopher Tatro Master of Music; Marcey Quast Master of Science

Anson: Erica Garza Master of Education; Joe Flores Bachelor of Behavioral Science; Caleb Pinkston Bachelor of Behavioral Science; Mallory Ashford Master of Business Administration

Baird: Koby Parker Bachelor of Behavioral Science; Kimberly Woods Bachelor of Behavioral Science; Ryan Busby Master of Divinity

Brady: Shelby Young Bachelor of Behavioral Science; Jerry McDonald Doctor of Ministry

Brownwood: Jordan Manning Doctor of Physical Therapy

Cisco: Amber Webb Bachelor of Behavioral Science

Clyde: Laci Graham Bachelor of Behavioral Science; Lacy Jones Bachelor of Behavioral Science; Derrick Saucedo Bachelor of Business Administration; Michelle Ayers Bachelor of Behavioral Science; Misty Roberts Bachelor of Behavioral Science

Coleman: Elizabeth Young Master of Science in Nursing

The rest is here:
University News 12/28/2013

Medical genetics – Wikipedia, the free encyclopedia

Medical genetics is the specialty of medicine that involves the diagnosis and management of hereditary disorders. Medical genetics differs from Human genetics in that human genetics is a field of scientific research that may or may not apply to medicine, but medical genetics refers to the application of genetics to medical care. For example, research on the causes and inheritance of genetic disorders would be considered within both human genetics and medical genetics, while the diagnosis, management, and counseling of individuals with genetic disorders would be considered part of medical genetics.

In contrast, the study of typically non-medical phenotypes such as the genetics of eye color would be considered part of human genetics, but not necessarily relevant to medical genetics (except in situations such as albinism). Genetic medicine is a newer term for medical genetics and incorporates areas such as gene therapy, personalized medicine, and the rapidly emerging new medical specialty, predictive medicine.

Medical genetics encompasses many different areas, including clinical practice of physicians, genetic counselors, and nutritionists, clinical diagnostic laboratory activities, and research into the causes and inheritance of genetic disorders. Examples of conditions that fall within the scope of medical genetics include birth defects and dysmorphology, mental retardation, autism, and mitochondrial disorders, skeletal dysplasia, connective tissue disorders, cancer genetics, teratogens, and prenatal diagnosis. Medical genetics is increasingly becoming relevant to many common diseases. Overlaps with other medical specialties are beginning to emerge, as recent advances in genetics are revealing etiologies for neurologic, endocrine, cardiovascular, pulmonary, ophthalmologic, renal, psychiatric, and dermatologic conditions.

In some ways, many of the individual fields within medical genetics are hybrids between clinical care and research. This is due in part to recent advances in science and technology (for example, see the Human genome project) that have enabled an unprecedented understanding of genetic disorders.

Clinical genetics is the practice of clinical medicine with particular attention to hereditary disorders. Referrals are made to genetics clinics for a variety of reasons, including birth defects, developmental delay, autism, epilepsy, short stature, and many others. Examples of genetic syndromes that are commonly seen in the genetics clinic include chromosomal rearrangements, Down syndrome, DiGeorge syndrome (22q11.2 Deletion Syndrome), Fragile X syndrome, Marfan syndrome, Neurofibromatosis, Turner syndrome, and Williams syndrome.

Metabolic (or biochemical) genetics involves the diagnosis and management of inborn errors of metabolism in which patients have enzymatic deficiencies that perturb biochemical pathways involved in metabolism of carbohydrates, amino acids, and lipids. Examples of metabolic disorders include galactosemia, glycogen storage disease, lysosomal storage disorders, metabolic acidosis, peroxisomal disorders, phenylketonuria, and urea cycle disorders.

Cytogenetics is the study of chromosomes and chromosome abnormalities. While cytogenetics historically relied on microscopy to analyze chromosomes, new molecular technologies such as array comparative genomic hybridization are now becoming widely used. Examples of chromosome abnormalities include aneuploidy, chromosomal rearrangements, and genomic deletion/duplication disorders.

Molecular genetics involves the discovery of and laboratory testing for DNA mutations that underlie many single gene disorders. Examples of single gene disorders include achondroplasia, cystic fibrosis, Duchenne muscular dystrophy, hereditary breast cancer (BRCA1/2), Huntington disease, Marfan syndrome, Noonan syndrome, and Rett syndrome. Molecular tests are also used in the diagnosis of syndromes involving epigenetic abnormalities, such as Angelman syndrome, Beckwith-Wiedemann syndrome, Prader-willi syndrome, and uniparental disomy.

Mitochondrial genetics concerns the diagnosis and management of mitochondrial disorders, which have a molecular basis but often result in biochemical abnormalities due to deficient energy production.

There exists some overlap between medical genetic diagnostic laboratories and molecular pathology.

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Medical genetics - Wikipedia, the free encyclopedia