Blog Archive

Tuesday, February 28, 2023

02-28-2023-0011 - SSA DRAFT CONTINUED... (COLLECTION DRAFT)

https://www.ssa.gov/benefits/calculators/

https://evansdisability.com/blog/social-security-disability-benefits-pay-chart/

https://www.ssa.gov/oact/cola/SSI.html

https://www.ssa.gov/benefits/disability/qualify.html#anchor3

What We Mean by Disability

The definition of disability under Social Security is different than other programs. We pay only for total disability. No benefits are payable for partial disability or for short-term disability.

We consider you to have a qualifying disability under our rules if all the following are true:

  • You cannot do work and engage in substantial gainful activity (SGA) because of your medical condition.
  • You cannot do work you did previously or adjust to other work because of your medical condition.
  • Your condition has lasted or is expected to last for at least 1 year or to result in death.

This is a strict definition of disability. Social Security program rules assume that working families have access to other resources to provide support during periods of short-term disabilities, including workers' compensation, insurance, savings, and investments.

 https://www.ssa.gov/benefits/disability/qualify.html#anchor7

2. Is your condition "severe"?

Your condition must significantly limit your ability to do basic work-related activities, such as lifting, standing, walking, sitting, or remembering – for at least 12 months. If it does not, we will find that you do not have a qualifying disability.

If your condition does interfere with basic work-related activities, we go to Step 3.

3. Is your condition found in the list of disabling conditions?

For each of the major body systems, we maintain a list of medical conditions we consider severe enough to prevent a person from doing SGA. If your condition is not on the list, we must decide if it is as severe as a medical condition that is on the list. If it is, we will find that you have a qualifying disability. If it is not, we then go to Step 4.

We have 2 initiatives designed to expedite our processing of new disability claims:

  • Compassionate Allowances: Certain cases that usually qualify for disability can be allowed as soon as the diagnosis is confirmed. Examples include acute leukemia, Lou Gehrig’s disease (ALS), and pancreatic cancer.
  • Quick Disability Determinations: We use computer screening to identify cases with a high probability of allowance.

For more information about our disability claims process, visit our Benefits for People with Disabilities website.

4. Can you do the work you did previously?

At this step, we decide if your medical impairment(s) prevents you from performing any of your past work. If it doesn’t, we’ll decide you don’t have a qualifying disability. If it does, we proceed to Step 5.

5. Can you do any other type of work?

If you can’t do the work you did in the past, we look to see if there is other work you could do despite your medical impairment(s).

We consider your medical conditions, age, education, past work experience, and any transferable skills you may have. If you can’t do other work, we’ll decide you qualify for disability benefits. If you can do other work, we’ll decide that you don’t have a qualifying disability and your claim will be denied.

Special Situations

Most people who receive disability benefits are workers who qualify on their own records and meet the work and disability requirements we have just described. However, there are some situations you may not know about:

Special Rules for People Who Are Blind or Have Low Vision

We consider you to be legally blind under our rules if your vision cannot be corrected to better than 20/200 in your better eye. We will also consider you legally blind if your visual field is 20 degrees or less, even with a corrective lens. Many people who meet the legal definition of blindness still have some sight and may be able to read large print and get around without a cane or a guide dog.

If you do not meet the legal definition of blindness, you may still qualify for disability benefits. This may be the case if your vision problems alone or combined with other health problems prevent you from working.

There are several special rules for people who are blind that recognize the severe impact of blindness on a person's ability to work. For example, the monthly earnings limit for people who are blind is generally higher than the limit that applies to non-blind workers with disabilities.

In 2023, the monthly earnings limit is $2,460.

Benefits for Surviving Spouses with Disabilities

When a worker dies, their surviving spouse or surviving divorced spouse may be eligible for benefits if they:

  • Are between ages 50 and 60.
  • Have a medical condition that meets our definition of disability for adults and the disability started before or within seven years of the worker's death.
Surviving Spouses or surviving divorced spouses who were receiving benefits for caring for the worker's child(ren) may be eligible for disabled surviving spouse’s benefits. They qualify if they have a disability that begins before those payments end or within 7 years after they end.

Surviving spouses and surviving divorced spouses cannot apply online for survivors benefits. If they want to apply for these benefits, they should contact Social Security immediately at 1-800-772-1213 (TTY 1-800-325-0778) to request an appointment.

To speed up the application process, they should complete an Adult Disability Report and have it available at the time of their appointment.

For these benefits, we use the same definition of disability as we do for workers.

Benefits for Children with Disabilities

A child under age 18 may have a disability, but we don't need to consider the child's disability when deciding if he or she qualifies for benefits as a dependent. The child's benefits normally stop at age 18 unless they are a full-time elementary or high school student until age 19 or have a qualifying disability.

Children who were receiving benefits as a minor child on a parent’s Social Security record may be eligible to continue receiving benefits on that parent’s record upon reaching age 18 if they have a qualifying disability.

Adults with a Disability that Began Before Age 22

An adult who has a disability that began before age 22 may be eligible for benefits if their parent is deceased or starts receiving retirement or disability benefits. We consider this a "child's" benefit because it is paid on a parent's Social Security earnings record.

The Disabled Adult Child (DAC) — who may be an adopted child, or, in some cases, a stepchild, grandchild, or step grandchild — must be unmarried, age 18 or older, have a qualified disability that started before age 22, and meet the definition of disability for adults.

Example: A worker starts collecting Social Security retirement benefits at age 62. He has an unmarried 38-year old son who has had cerebral palsy since birth. The son may start collecting a DAC benefit on his father's Social Security record.

It is not necessary that the DAC ever worked. Benefits are paid based on the parent's earnings record.

  • A DAC must not have substantial earnings. The amount of earnings we consider substantial increases each year. In 2023, this means working and earning more than $1,470 (or $2,460 if you’re blind) a month.
Certain expenses the DAC incurs in order to work may be excluded from these earnings. For more information about work and disability, refer to Working While Disabled: How We Can Help.

What if the child is already receiving SSI or disability benefits on their own record and turns 18?

A child already receiving SSI benefits or disability benefits on his or her own record should check to see if DAC benefits may be payable on a parent's earnings record when they reach age 18. Higher benefits might be payable and entitlement to Medicare may be possible.

How do we decide if a child over age 18 qualifies for SSDI benefits?

If a child is age 18 or older, we will evaluate his or her disability the same way we would evaluate the disability for any adult. We send the application to the Disability Determination Services (DDS) in your state that completes the disability decision for us.

What happens if the DAC gets married?

In most cases, DAC benefits end if the child gets married. There are exceptions, such as marriage to another DAC, when the benefits are allowed to continue. The rules vary depending on the situation.

Contact a Social Security representative at 1-800-772-1213 to report changes in marital status and to find out if the benefits can continue. If you are deaf or hard of hearing, call TTY number at 1-800-325-0778.

At this time, you cannot apply for DAC benefits online. If you wish to file for benefits, contact us immediately at 1-800-772-1213 (TTY 1-800-325-0778) to request an appointment. If you delay, some potential benefits could be lost.

To speed up the application process, complete an Adult Disability Report and have it available at the time of your appointment.

Related Information

Publications

https://www.ssa.gov/benefits/disability/qualify.html#anchor7

Benefits for Children with Disabilities

A child under age 18 may have a disability, but we don't need to consider the child's disability when deciding if he or she qualifies for benefits as a dependent. The child's benefits normally stop at age 18 unless they are a full-time elementary or high school student until age 19 or have a qualifying disability.

Children who were receiving benefits as a minor child on a parent’s Social Security record may be eligible to continue receiving benefits on that parent’s record upon reaching age 18 if they have a qualifying disability.

Adults with a Disability that Began Before Age 22

An adult who has a disability that began before age 22 may be eligible for benefits if their parent is deceased or starts receiving retirement or disability benefits. We consider this a "child's" benefit because it is paid on a parent's Social Security earnings record.

The Disabled Adult Child (DAC) — who may be an adopted child, or, in some cases, a stepchild, grandchild, or step grandchild — must be unmarried, age 18 or older, have a qualified disability that started before age 22, and meet the definition of disability for adults.

Example: A worker starts collecting Social Security retirement benefits at age 62. He has an unmarried 38-year old son who has had cerebral palsy since birth. The son may start collecting a DAC benefit on his father's Social Security record.

It is not necessary that the DAC ever worked. Benefits are paid based on the parent's earnings record.

  • A DAC must not have substantial earnings. The amount of earnings we consider substantial increases each year. In 2023, this means working and earning more than $1,470 (or $2,460 if you’re blind) a month.
Certain expenses the DAC incurs in order to work may be excluded from these earnings. For more information about work and disability, refer to Working While Disabled: How We Can Help.

What if the child is already receiving SSI or disability benefits on their own record and turns 18?

A child already receiving SSI benefits or disability benefits on his or her own record should check to see if DAC benefits may be payable on a parent's earnings record when they reach age 18. Higher benefits might be payable and entitlement to Medicare may be possible.

How do we decide if a child over age 18 qualifies for SSDI benefits?

If a child is age 18 or older, we will evaluate his or her disability the same way we would evaluate the disability for any adult. We send the application to the Disability Determination Services (DDS) in your state that completes the disability decision for us.

https://www.ssa.gov/benefits/disability/qualify.html#anchor7

https://www.ssa.gov/benefits/disability/qualify.html#anchor7

https://www.ssa.gov/disability/professionals/bluebook/listing-impairments.htm

02-28-2023-0011 - SSA DRAFT CONTINUED (NOTE, SUBJECTS, POINTS, TERMS, CONCEPTS, TOPICS, ETC., COLLECTION DRAFT)

 

02-28-2023-0003 - Since July 2021, long COVID has been recognized as a disability under the Americans with Disabilities Act (ADA).

Since July 2021, long COVID has been recognized as a disability under the Americans with Disabilities Act (ADA).

https://covid19.ca.gov/long-covid/

02-27-2023-2359 - SSA CORONAVIRUS 19 DRAFT

 

About long COVID 

Many people with COVID-19 get better within weeks, but some people have symptoms that last for months. This can happen to anyone who has had COVID-19, even if the initial illness was mild. This is known as a post-COVID condition, or simply as “long COVID.” Since July 2021, long COVID has been recognized as a disability under the Americans with Disabilities Act (ADA).

People of any age can develop long COVID, but research suggests it is more common in adults than in children.

https://covid19.ca.gov/long-covid/

02-27-2023-2315 - quadrate ligament or ligament of Denucé

In human anatomy, the quadrate ligament or ligament of Denucé is one of the ligaments of the proximal radioulnar joint in the upper forearm

 

Quadrate ligament
Gray333.png
Proximal radioulnar joint viewed from above. Quadrate ligament is seen attached to the dislodged radius cut just above the neck.
Details
Identifiers
LatinLigamentum quadratum
TA98A03.5.09.008
TA21779
FMA38900
Anatomical terminology

https://en.wikipedia.org/wiki/Quadrate_ligament

02-27-2023-2313 - The inferior transverse ligament (spinoglenoid ligament[1])

The inferior transverse ligament (spinoglenoid ligament[1]) is a weak membranous band, situated behind the neck of the scapula and stretching from the lateral border of the spine to the margin of the glenoid cavity.

It forms an arch under which the transverse scapular vessels and suprascapular nerve enter the infraspinatous fossa

 

Inferior transverse ligament of scapula
Gray205 left scapula lateral view.png
Left scapula. Lateral view. (Ligament not visible, but sites of attachments of the ligament can be seen.)
Details
Fromspine of scapula
Toglenoid cavity
Identifiers
LatinLigamentum transversum scapulae inferius
TA98A03.5.01.004
TA21742
FMA25978

 https://en.wikipedia.org/wiki/Inferior_transverse_ligament_of_scapula

02-27-2023-2311 - carpal tunnel or carpal canal

In the human body, the carpal tunnel or carpal canal is the passageway on the palmar side of the wrist that connects the forearm to the hand.[1]

The tunnel is bounded by the bones of the wrist and flexor retinaculum from connective tissue. Normally several tendons from the flexor group of forearm muscles and the median nerve pass through it. There are described cases of variable median artery occurrence.

When any of the nine long flexor tendons passing through the narrow carpal canal swell or degenerate, the narrowing of the canal may result in the median nerve becoming entrapped or compressed, a common medical condition known as carpal tunnel syndrome (CTS).[2][3] 

Carpal tunnel
815 The Carpal Tunnel.jpg
The carpal tunnel
Details
Identifiers
LatinCanalis carpi
TA98A03.5.11.201
TA22551
FMA42352
Anatomical terminology

 https://en.wikipedia.org/wiki/Carpal_tunnel

 

02-27-2023-2310 - The superior transverse ligament (transverse or suprascapular ligament[1])

The superior transverse ligament (transverse or suprascapular ligament[1]) converts the suprascapular notch into a foramen or opening.

It is a thin and flat fascicle, narrower at the middle than at the extremities, attached by one end to the base of the coracoid process and by the other to the medial end of the scapular notch.

The suprascapular nerve always runs through the foramen; while the suprascapular vessels cross over the ligament in most of the cases.[2][3]

The suprascapular ligament can become completely or partially ossified. The ligament also been found to split forming doubled space within the suprascapular notch.[4] 

 

Superior transverse scapular ligament
Gray327.png
Capsule of shoulder-joint (distended). Anterior aspect. (Superior transverse ligament visible at upper right.)
Gray326.png
The left shoulder and acromioclavicular joints, and the proper ligaments of the scapula.
Details
Fromcoracoid process
Tosuprascapular notch
Identifiers
Latinligamentum transversum scapulae superius
TA98A03.5.01.003
TA21741
FMA25950

https://en.wikipedia.org/wiki/Superior_transverse_scapular_ligament

02-27-2023-2309 - oblique cord

The oblique cord is a ligament between the ulnar and radius bones in the forearm near the elbow. It takes the form of a small, flattened band, extending downward and lateralward, from the lateral side of the ulnar tuberosity at the base of the coronoid process to the radius a little below the radial tuberosity.[1] Its fibers run in the opposite direction to those of the Interosseous membrane of the forearm.[1]

It is called by other names including oblique ligament, chorda obliqua, radio-ulnar ligament, chorda oblique antebrachii anterior, proximal interosseous band, dorsal oblique accessory cord, proximal band of the interosseous membrane, superior oblique ligament, oblique ligament proper, round ligament, and ligament of Weitbrecht.[2]

It has no known function and can be cut without apparent consequence.[2] 

https://en.wikipedia.org/wiki/Oblique_cord

02-27-2023-2306 - Interosseous membrane draft wikipedia free encylopedia computer internet (network) Google search engine [microsoft, ibm, apple, etc.] (earth, usa nac dom)

Function

The interosseous membrane divides the forearm into anterior and posterior compartments, serves as a site of attachment for muscles of the forearm, and transfers loads placed on the forearm.

The interosseous membrane is designed to shift compressive loads (as in doing a hand-stand) from the distal radius to the proximal ulna. The fibers within the interosseous membrane are oriented obliquely so that when force is applied the fibers are drawn taut, shifting more of the load to the ulna. This reduces the wear and tear of placing the whole load on a single joint.[1] The role of the membrane in load shifting is illustrated when the interosseous membrane is cut; the forces on each bone equalize from their natural proportions.[2]

Additionally, as the forearm moves from pronation to supination, the interosseous membrane fibers change from a relaxed state, to a tense state in the neutral position. They once again become relaxed as the forearm enters pronation.

The interosseous membrane is composed of five ligaments:

  1. - Central band (key portion to be reconstructed in case of injury)
  2. - Accessory band
  3. - Distal oblique bundle
  4. - Proximal oblique cord
  5. - Dorsal oblique accessory cord

Injury

The interosseous membrane is composed of 5 ligaments:- Central band (key portion to be reconstructed in case of injury)- Accessory band- Distal oblique bundle- Proximal oblique cord- Dorsal oblique accessory cord

Severe forearm injuries involving separation of the radius and ulna may be due to rupture of the interosseous membrane. Rupture can lead to proximal migration of the radius and an apparent lengthening of the ulna at the wrist. Often interosseous membrane tears are associated with adverse impacts on forearm rotation. MRI-assisted diagnosis has been used for mid-substance tears of the interosseous membrane but is expensive and not widely available. On the contrary, ultrasound has proven useful in diagnosing tears of the tibiofibular interosseous membrane of the leg, and this technique may also be applied to acute cases of membrane tears in the forearm due to its low cost and portability.[3]

See also

Interosseous membrane of forearm
Gray420.png
Image of human elbow and forearm. Interosseous membrane labeled at bottom center.
Details
Identifiers
Latinmembrana interossea antebrachii
TA98A03.5.06.002
TA21761
FMA23706
Anatomical terminology

 

https://en.wikipedia.org/wiki/Interosseous_membrane_of_forearm

02-27-2023-2303 - The interosseous membrane of the forearm (rarely middle or intermediate radioulnar joint)

The interosseous membrane of the forearm (rarely middle or intermediate radioulnar joint) is a fibrous sheet that connects the interosseous margins of the radius and the ulna. It is the main part of the radio-ulnar syndesmosis, a fibrous joint between the two bones. 

https://en.wikipedia.org/wiki/Interosseous_membrane_of_forearm

02-27-2023-2303 - Medusa and Tinkerbelle draft

Medusa

Tinkerbelle

Nyx Styx

Aphrodite Venus

Hades Persephone

Odysseus

Troy Helen

Achilles

Hercules

02-27-2023-2259 -

one pair boots one person

one organ set for life

(one shell one identity for life)

(one brain for life)

The last egg, The last sperm

The one and only bone in the body

The one and only cell

The Last Cell

The Last of Line

The Last Line

The Last Point

The one and only point in the body 

The last retainer

The last trace

 

DRAFT

02-27-2023-2245 - Stromatolites

Stromatolites (/strˈmætəˌlts, strə-/)[2][3] or stromatoliths (from Ancient Greek στρῶμα (strôma), GEN στρώματος (strṓmatos) 'layer, stratum', and λίθος (líthos) 'rock')[4] are layered sedimentary formations (microbialite) that are created mainly by photosynthetic microorganisms such as cyanobacteria, sulfate-reducing bacteria, and Pseudomonadota (formerly proteobacteria). These microorganisms produce adhesive compounds that cement sand and other rocky materials to form mineral "microbial mats". In turn, these mats build up layer by layer, growing gradually over time.[5][6] A stromatolite may grow to a meter or more.[7][8] Although they are rare today, fossilized stromatolites provide records of ancient life on Earth. 

Fossilized stromatolite in Strelley Pool chert, about 3.4 billion years old,[1] from Pilbara Craton, Western Australia

 

Modern stromatolites in Shark Bay, Western Australia

Morphology

Paleoproterozoic oncoids from the Franceville Basin, Gabon, Central Africa. Oncoids are unfixed stromatolites ranging in size from a few millimeters to a few centimeters
Fossilized stromatolites, about 425 million years old, in the Soeginina Beds (Paadla Formation, Ludlow, Silurian) near Kübassaare, Estonia

Stromatolites are layered, biochemical, accretionary structures formed in shallow water by the trapping, binding and cementation of sedimentary grains in biofilms (specifically microbial mats), through the action of certain microbial lifeforms, especially cyanobacteria.[8] They exhibit a variety of forms and structures, or morphologies, including conical, stratiform, domal, columnar,[9] and branching types.[10] Stromatolites occur widely in the fossil record of the Precambrian, but are rare today.[11] Very few Archean stromatolites contain fossilized microbes, but fossilized microbes are sometimes abundant in Proterozoic stromatolites.[12]

While features of some stromatolites are suggestive of biological activity, others possess features that are more consistent with abiotic (non-biological) precipitation.[13] Finding reliable ways to distinguish between biologically formed and abiotic stromatolites is an active area of research in geology.[14][15] Be it as it may, multiple morphologies of stromatolites may exist in a single local or geological strata, relating to the specific conditions occurring in different region and water depths.[16]

Most stromatolites are spongiostromate in texture, having no recognisable microstructure or cellular remains. A minority are porostromate, having recognisable microstructure; these are mostly unknown from the Precambrian but persist throughout the Palaeozoic and Mesozoic. Since the Eocene, porostromate stromatolites are known only from freshwater settings.[17]

Formation

Time lapse photography of modern microbial mat formation in a laboratory setting gives some revealing clues to the behavior of cyanobacteria in stromatolites. Biddanda et al. (2015) found that cyanobacteria exposed to localized beams of light moved towards the light, or expressed phototaxis, and increased their photosynthetic yield, which is necessary for survival.[18] In a novel experiment, the scientists projected a school logo onto a petri dish containing the organisms, which accreted beneath the lighted region, forming the logo in bacteria.[18] The authors speculate that such motility allows the cyanobacteria to seek light sources to support the colony.[18] In both light and dark conditions, the cyanobacteria form clumps that then expand outwards, with individual members remaining connected to the colony via long tendrils. This may be a protective mechanism that affords evolutionary benefit to the colony in harsh environments where mechanical forces act to tear apart the microbial mats. Thus these sometimes elaborate structures, constructed by microscopic organisms working somewhat in unison, are a means of providing shelter and protection from a harsh environment.

Lichen stromatolites are a proposed mechanism of formation of some kinds of layered rock structure that are formed above water, where rock meets air, by repeated colonization of the rock by endolithic lichens.[19][20]

Fossil record

Some Archean rock formations show macroscopic similarity to modern microbial structures, leading to the inference that these structures represent evidence of ancient life, namely stromatolites. However, others regard these patterns as being due to natural material deposition or some other abiogenic mechanism. Scientists have argued for a biological origin of stromatolites due to the presence of organic globule clusters within the thin layers of the stromatolites, of aragonite nanocrystals (both features of current stromatolites),[14] and of other microstructures in older stromatolites that parallel those in younger stromatolites that show strong indications of biological origin.[21][22]

Fossilized stromatolites in the Hoyt Limestone (Cambrian) exposed at Lester Park, near Saratoga Springs, New York
Precambrian fossilized stromatolites in the Siyeh Formation, Glacier National Park
Fossilized stromatolites (Pika Formation, middle Cambrian) near Helen Lake, Banff National Park, Canada

Stromatolites are a major constituent of the fossil record of the first forms of life on earth.[23] They peaked about 1.25 billion years ago[21] and subsequently declined in abundance and diversity,[24] so that by the start of the Cambrian they had fallen to 20% of their peak. The most widely supported explanation is that stromatolite builders fell victim to grazing creatures (the Cambrian substrate revolution); this theory implies that sufficiently complex organisms were common over 1 billion years ago.[25][26][27] Another hypothesis is that protozoans such as foraminifera were responsible for the decline, favoring formation of thrombolites over stromatolites through microscopic bioturbation.[28]

Proterozoic stromatolite microfossils (preserved by permineralization in silica) include cyanobacteria and possibly some forms of the eukaryote chlorophytes (that is, green algae). One genus of stromatolite very common in the geologic record is Collenia.

The connection between grazer and stromatolite abundance is well documented in the younger Ordovician evolutionary radiation; stromatolite abundance also increased after the end-Ordovician and end-Permian extinctions decimated marine animals, falling back to earlier levels as marine animals recovered.[29] Fluctuations in metazoan population and diversity may not have been the only factor in the reduction in stromatolite abundance. Factors such as the chemistry of the environment may have been responsible for changes.[30][11]

While prokaryotic cyanobacteria reproduce asexually through cell division, they were instrumental in priming the environment for the evolutionary development of more complex eukaryotic organisms.[23] Cyanobacteria are thought to be largely responsible for increasing the amount of oxygen in the primeval earth's atmosphere through their continuing photosynthesis (see Great Oxygenation Event). Cyanobacteria use water, carbon dioxide, and sunlight to create their food. A layer of polysaccharides often forms over mats of cyanobacterial cells.[31] In modern microbial mats, debris from the surrounding habitat can become trapped within the polysaccharide layer, which can be cemented together by the calcium carbonate to grow thin laminations of limestone. These laminations can accrete over time, resulting in the banded pattern common to stromatolites. The domal morphology of biological stromatolites is the result of the vertical growth necessary for the continued infiltration of sunlight to the organisms for photosynthesis. Layered spherical growth structures termed oncolites are similar to stromatolites and are also known from the fossil record. Thrombolites are poorly laminated or non-laminated clotted structures formed by cyanobacteria, common in the fossil record and in modern sediments.[14] There is evidence that thrombolites form in preference to stromatolites when foraminifera are part of the biological community.[32]

The Zebra River Canyon area of the Kubis platform in the deeply dissected Zaris Mountains of south western Namibia provides an extremely well exposed example of the thrombolite-stromatolite-metazoan reefs that developed during the Proterozoic period, the stromatolites here being better developed in updip locations under conditions of higher current velocities and greater sediment influx.[33]

Modern occurrence

Stromatolites at Lake Thetis, Western Australia
Stromatolites at Highborne Cay, in the Exumas, The Bahamas

Saline locations

Modern stromatolites are mostly found in hypersaline lakes and marine lagoons where extreme conditions due to high saline levels prevent animal grazing.[34][35] One such location where excellent modern specimens can be observed is Hamelin Pool Marine Nature Reserve, Shark Bay in Western Australia. Another location is Pampa del Tamarugal National Reserve in Chile. A third is Lagoa Salgada ("Salty Lake"), in the state of Rio Grande do Norte, Brazil, where modern stromatolites can be observed as both bioherms (domal type) and beds. Inland stromatolites can also be found in saline waters in Cuatro Ciénegas Basin, a unique ecosystem in the Mexican desert, and in Lake Alchichica, a maar lake in Mexico's Oriental Basin. The only open marine environment where modern stromatolites are known to prosper is the Exuma Cays in the Bahamas.[36][37]

In 2010, a fifth type of chlorophyll, namely chlorophyll f, was discovered by Min Chen from stromatolites in Shark Bay.[38]

Modern freshwater stromatolites

Laguna de Bacalar in Mexico's southern Yucatán Peninsula in the state of Quintana Roo, has an extensive formation of living giant microbialites (that is, stromatolites or thrombolites). The microbialite bed is over 10 km (6.2 mi) long with a vertical rise of several meters in some areas. These may be the largest sized living freshwater microbialites, or any organism, on Earth.[39]

Alchichica Lake in Puebla, Mexico has two distinct morphologic generations of stromatolites: columnar-dome like structures, rich in aragonite, forming near the shore line, dated back to 1,100 years before present (ybp) and spongy-cauliflower like thrombolytic structures that dominate the lake from top to the bottom, mainly composed of hydromagnesite, huntite, calcite and dated back to 2,800 ybp.[40]

A little farther to the south, a 1.5 km stretch of reef-forming stromatolites (primarily of the genus Scytonema) occurs in Chetumal Bay in Belize, just south of the mouth of the Rio Hondo and the Mexican border.[41]

Large, up to 40 m high, microbialite towers were discovered in the largest soda lake on Earth: 460 m deep Lake Van in Eastern Turkey. They are composed of aragonite growing on presumably precipitating inorganically calcite at sub-lacustrine karst-water sources.[42]

Freshwater stromatolites are found in Lake Salda in southern Turkey. The waters are rich in magnesium and the stromatolite structures are made of hydromagnesite.[43]

Two instances of freshwater stromatolites are also found in Canada, at Pavilion Lake and Kelly Lake in British Columbia. Pavilion Lake has the largest known freshwater stromatolites and NASA is currently conducting xenobiology research there.[44] NASA, the Canadian Space Agency, and numerous universities from around the world are collaborating on a project to study the microbialite life in the lakes. Called the "Pavilion Lake Research Project" (PLRP), its aim is to study what conditions on the lakes' bottoms are most likely to harbor life and develop a better hypothesis on how environmental factors affect microbialite life. The end goal of the project is to better understand what conditions would likely harbor life on other planets.[45] Now concluded, there was a citizen science project conducted online called "MAPPER" where volunteers sorted through thousands of photos of the lake bottoms and tagged the presence of microbialites, algae and other lake bed features.[46]

Microbialites have been discovered in an open pit pond at an abandoned asbestos mine near Clinton Creek, Yukon, Canada.[47] These microbialites are extremely young and presumably began forming soon after the mine closed in 1978. The combination of a low sedimentation rate, high calcification rate, and low microbial growth rate appears to result in the formation of these microbialites. Microbialites at an historic mine site demonstrates that an anthropogenically constructed environment can foster microbial carbonate formation. This has implications for creating artificial environments for building modern microbialites including stromatolites.

'Crayback' stromatolite – Nettle Cave, Jenolan Caves, NSW, Australia
'Crayback' stromatolite – Nettle Cave, Jenolan Caves, NSW, Australia

A very rare type of non-lake dwelling stromatolite lives in the Nettle Cave at Jenolan Caves, NSW, Australia.[48] The cyanobacteria live on the surface of the limestone, and are sustained by the calcium rich dripping water, which allows them to grow toward the two open ends of the cave which provide light.[49]

Stromatolites composed of calcite have been found in both the Blue Lake in the dormant volcano, Mount Gambier and at least eight cenote lakes including the Little Blue Lake in the Lower South-East of South Australia.[50]

See also

 https://en.wikipedia.org/wiki/Stromatolite

 

02-27-2023-2241 - microbial mat

A microbial mat is a multi-layered sheet of microorganisms, mainly bacteria and archaea, or bacteria alone. Microbial mats grow at interfaces between different types of material, mostly on submerged or moist surfaces, but a few survive in deserts.[1] A few are found as endosymbionts of animals

Although only a few centimetres thick at most, microbial mats create a wide range of internal chemical environments, and hence generally consist of layers of microorganisms that can feed on or at least tolerate the dominant chemicals at their level and which are usually of closely related species. In moist conditions mats are usually held together by slimy substances secreted by the microorganisms. In many cases some of the bacteria form tangled webs of filaments which make the mat tougher. The best known physical forms are flat mats and stubby pillars called stromatolites, but there are also spherical forms.

Microbial mats are the earliest form of life on Earth for which there is good fossil evidence, from 3,500 million years ago, and have been the most important members and maintainers of the planet's ecosystems. Originally they depended on hydrothermal vents for energy and chemical "food", but the development of photosynthesis allow mats to proliferate outside of these environments by utilizing a more widely available energy source, sunlight. The final and most significant stage of this liberation was the development of oxygen-producing photosynthesis, since the main chemical inputs for this are carbon dioxide and water.

 

https://en.wikipedia.org/wiki/Microbial_mat

02-27-2023-2238 - Biomineralization phosphate carbon salt organic polymers chitin draft

In terms of taxonomic distribution, the most common biominerals are the phosphate and carbonate salts of calcium that are used in conjunction with organic polymers such as collagen and chitin to give structural support to bones and shells.[5] The structures of these biocomposite materials are highly controlled from the nanometer to the macroscopic level, resulting in complex architectures that provide multifunctional properties. Because this range of control over mineral growth is desirable for materials engineering applications, there is interest in understanding and elucidating the mechanisms of biologically-controlled biomineralization.[6][7] 

https://en.wikipedia.org/wiki/Biomineralization

02-27-2023-2237 - Magnetotactic bacteria (or MTB) Biomineralization Draft


Magnetotactic bacteria (or MTB) are a polyphyletic group of bacteria that orient themselves along the magnetic field lines of Earth's magnetic field.[1] Discovered in 1963 by Salvatore Bellini and rediscovered in 1975 by Richard Blakemore, this alignment is believed to aid these organisms in reaching regions of optimal oxygen concentration.[2] To perform this task, these bacteria have organelles called magnetosomes that contain magnetic crystals. The biological phenomenon of microorganisms tending to move in response to the environment's magnetic characteristics is known as magnetotaxis. However, this term is misleading in that every other application of the term taxis involves a stimulus-response mechanism. In contrast to the magnetoreception of animals, the bacteria contain fixed magnets that force the bacteria into alignment—even dead cells are dragged into alignment, just like a compass needle.[3]

https://en.wikipedia.org/wiki/Magnetotactic_bacteria

Organisms have been producing mineralized skeletons for the past 550 million years. Calcium carbonates and calcium phosphates are usually crystalline, but silica organisms (sponges, diatoms...) are always non-crystalline minerals. Other examples include copper, iron, and gold deposits involving bacteria. Biologically formed minerals often have special uses such as magnetic sensors in magnetotactic bacteria (Fe3O4), gravity-sensing devices (CaCO3, CaSO4, BaSO4) and iron storage and mobilization (Fe2O3•H2O in the protein ferritin).  

https://en.wikipedia.org/wiki/Biomineralization

02-27-2023-2220 - avascular necrosis, bacteriosis (organism occupancy contaminants toxins decay ; arsenic acid radiation reaffirming/metalwork/forging/hardening/etc.) ; bone graft aids resorption facilitants structure retainers trac sheets mag salt water balance fluid balance buffers gas balance acid oxygen water decay deuterium dessicants etc. ; neurosurgery, craniots craniosynostosis premature sealing ossificans cell/drug/organism/matrix-quality/genetic disease/injection injury/etc. ; fibrous joint (draft drafting)

https://www.mayoclinic.org/diseases-conditions/avascular-necrosis/symptoms-causes/syc-20369859

https://www.baxter.com/baxter-newsroom/baxter-announces-us-fda-clearance-altapore-shape-bioactive-bone-graft-use-surgery

https://www.aans.org/en/Patients/Neurosurgical-Conditions-and-Treatments/Craniosynostosis-and-Craniofacial-Disorders

https://en.wikipedia.org/wiki/Fibrous_joint

https://en.wikipedia.org/wiki/Synarthrosis

https://en.wikipedia.org/wiki/Fibrodysplasia_ossificans_progressiva

https://en.wikipedia.org/wiki/Myositis_ossificans

Calcium toxin bacteria sulfur nitrogen chemical balancing buffer mineralization precipitation fibrosis fibroid gel sol biofilm plaque tartar mineralization calcification liquefication

https://en.wikipedia.org/wiki/Fibroblastic_and_myofibroblastic_tumors

https://en.wikipedia.org/wiki/Vimentin

https://en.wikipedia.org/wiki/chromosome-21

https://en.wikipedia.org/wiki/Epithelial%E2%80%93mesenchymal_transition

https://en.wikipedia.org/wiki/skin-graft

https://en.wikipedia.org/wiki/bone-replacement-transplant

https://en.wikipedia.org/wiki/bone-coat-metal

https://en.wikipedia.org/wiki/bone-pressing-coating-thin-film-metal

https://en.wikipedia.org/wiki/laquer-bone

https://en.wikipedia.org/wiki/Cell_potency#Multipotency

https://en.wikipedia.org/wiki/Mesenchymal_stem_cell

https://en.wikipedia.org/wiki/Wisdom_tooth

Hematopoietic stem cells are an example of multipotency. When they differentiate into myeloid or lymphoid progenitor cells, they lose potency and become oligopotent cells with the ability to give rise to all cells of its lineage.

https://en.wikipedia.org/wiki/Cell_potency#Multipotency

https://en.wikipedia.org/wiki/Cell-building

https://en.wikipedia.org/wiki/cavitation-wrapping

https://en.wikipedia.org/wiki/Microfilament

https://en.wikipedia.org/wiki/Pseudopodia

https://en.wikipedia.org/wiki/Filopodia

https://en.wikipedia.org/wiki/Sarcomere

https://en.wikipedia.org/wiki/Desmin

https://en.wikipedia.org/wiki/Alpha_helix

https://en.wikipedia.org/wiki/Fiber_diffraction

https://en.wikipedia.org/wiki/Fusion_gene

https://en.wikipedia.org/wiki/Conjoined_gene

https://en.wikipedia.org/wiki/Fusion_transcript

https://en.wikipedia.org/wiki/Fission_(biology)

https://en.wikipedia.org/wiki/modulation

https://en.wikipedia.org/wiki/modification

https://en.wikipedia.org/wiki/terminal

https://en.wikipedia.org/wiki/priminal

https://en.wikipedia.org/wiki/primary

https://en.wikipedia.org/wiki/secondary

https://en.wikipedia.org/wiki/tertiary

https://en.wikipedia.org/wiki/step

https://en.wikipedia.org/wiki/starter

https://en.wikipedia.org/wiki/initiation

https://en.wikipedia.org/wiki/promoter 

https://en.wikipedia.org/wiki/hook

https://en.wikipedia.org/wiki/anchor

https://en.wikipedia.org/wiki/attachment-region-point

https://en.wikipedia.org/wiki/interfield

https://en.wikipedia.org/wiki/interspace

https://en.wikipedia.org/wiki/Guanine

https://en.wikipedia.org/wiki/Guano

https://en.wikipedia.org/wiki/Gunpowder

https://en.wikipedia.org/wiki/fragment

https://en.wikipedia.org/wiki/dirt

https://en.wikipedia.org/wiki/brick-builder

https://en.wikipedia.org/wiki/prion

https://en.wikipedia.org/wiki/wars

https://en.wikipedia.org/wiki/Fertilizer

https://en.wikipedia.org/wiki/Phosphate

https://en.wikipedia.org/wiki/Trisodium_phosphate

https://en.wikipedia.org/wiki/Chitin

 https://en.wikipedia.org/wiki/Keratin

https://en.wikipedia.org/wiki/Biomineralization

https://en.wikipedia.org/wiki/Silicate

https://en.wikipedia.org/wiki/Algae

https://en.wikipedia.org/wiki/Magnetotactic_bacteria


02-27-2023-2219 - Printed Implant Bone draft (plate facilitator growth tract tissue growth plate sheet)

https://nyulangone.org/news/three-dimensional-printed-implants-shown-help-grow-real-bone

02-27-2023-2135 - DRAFT

https://www.mountsinai.org/about/newsroom/2021/scientists-show-how-bone-bordering-cells-may-help-shape-a-skull

https://www.mayoclinic.org/diseases-conditions/pagets-disease-of-bone/symptoms-causes/syc-20350811

BONE REPLACEMENT SUBSTITUTES

SKIN REPLACEMENT FULL (CHAMBER)

MUSCLE REDUCTION, AND SKIN ROLLING (REFORMATION TIME, VACCUME) [UNK]

MUSCLE REDUCTION DRUGS, EQUIPMENT, DESSICATION, ELIMINATION, DEATH NUCLEAR DECAY RATE (NUCLEAR CATALYZED DECAY PROCESSES)

ANCHOR POINTS AND BASEFRAME 

(JOINT SETTING ANCHORS, TISSUE JUNCTION/CONNECTOR UNITS, LIMB LENGTH, SKULL ROUND, SKIN/MUSCLE (WRAPPER AND SUBSTITUTE PADDING-UNDERLAYER), LIGAMENT/TENDON/CARTILEDGE/JOINT/CONNECTIVE TISSUE/ETC., STARTER (CONNECTIVE, TISSUE, CELL, ETC.), ETC.)

JOINT WEIGHT, MUSCLE WEIGHT BONE WEIGHT/PROPERTIES/COMPOSITION/MATRIX/IMAGING-RESULT/CONSTRUCTION-TYPE/CONSTITUTENTS/ETC. ESTIMATED (PER GRAM)

JOINT WEIGHTING

TORSO AND PELVIS ERRORS

CRITICAL ERRORS (TRUNK NECK TRUNK STRAPS HYPERTROPHIED TRAPEZIUS PIAGETS FACEPLATE APEULATED PELVIS CUT-OFF-SKILL CARTILEDGE DEFORMITY GROSS GIANT JUTTING JUGULAR SAG ETC.)

BC BASELINE [GRIGORY] {NUCLEAR RATE, DESSICATION, WEAVE QUALITY, JUNCTION CONNECTOR, AUTOREGENERATION STABILITY, CASCADE ESSENTIAL, CATALYTICS, CATABOLISM, HARD CAT DRIVE, ETC.; DECREASED DECAY TIME FRAGMENTS/ANABOLIC SUBSTRATES/ETC., STUNTING ANABOLIC PROCESSES AUXILIARY, ANABOLICS AND DEATH TERM ERROR, ETC.}

----------------------------------------------------------------------------

 

FACEPLATE

MUSCLE SHAVING

RESTRUCTURING MATERIAL COMPATABILITY [SUBSTITUTES, REPLACEMENTS, FACILITANTS, ETC.]

PUTTY, PLATES, MOLDS.

PRESS (SKULL REFORMATION, RAPID SHAPING EG. EMERGENCIES MELTING BONE)

RADIATION EQUIPMENT (DESEEPING, SETTING, DEGELLING, MELT MODIFICATION, DRYING)

EYE REPLACEMENTS AND EYE SETTING (BACK UP VISION UNITS, SECOND MAN, MEN, ETC.)

SKIN GRAFT

JOINT RESETTING

BASEFRAMING, BASEFRAME

BASELINE BIOCHEMICAL, PROCESS BC

[PANEL FRAME BRACKETS] {ANGLE REDUCTION, SHADOW LIGHT REDUCTION, INCIDENCE REFLECTION, MOUNDS PLANING/SMOOTHING/REMOVAL/ETC. WITH OUT PROXIMAL TRANSFER OR ROLL OVER FILL OUT ETC., ETC.}

BONE HOLEING MOLEING 

TISSUE PITTING BONE PITTING

INFLAMMATION, POOR HEALING, MISALIGNED MATRIX, SHIFTED FABRIC, WRINKLED FABRIC, CONTAMINANTS, IMPURITIES, ETC..

GLAND REMOVAL AUXILIARY (INTEGUMENT, NECK, HEAD, ETC.); SINUS REMOVAL, DESSICATION. (REDUCE SWOLLEN GLANDS, GELL SEEP, CULTURE BREEDING IN BODY, ETC.) (NO REMOVAL OF REPRODUCTIVE ORGAN SYSTEM OR COMPONENT, NO VHT NO TSP, NO STERILIZATION REPRODUCTIVE ORGAN SYSTEM, ETC.. THANK.)

FULL SKIN REPLACEMENT, FULL MUSCLE REDUCTION (SUPERFICIAL STARTING AND TORSO, ETC.) (CAUTION REPRODUCTIVE ORGAN SYSTEM COMPONENT/UNIT, ETC.)

BONE REMODELING (COMPRESSION, CONDENSATION, SOLDERING/SMELTING/HARDENING/FIXING/ETC., FINER PLATE/FINER LINE/FINER POINT/ETC. ; REBOUND DECOMPRESSION CAUTION)

CAUTION WITH ODD ANGLES, AND EXCESS DIMENSION ADDING.

CHEMICAL COMPOSITION, MIXTURES, LAYERING, CURING EQUIPMENT, METHOD, PROCEDURE, MATERIALS, QUALITY, QUANTITY, MEASURING EQUIPMENT, ETC..

[FIREFIGHTING AND REPAIRS, BOMB RESEARCH REPAIRS, INDEPENDENT UNITS REPAIRS ETC.]

DRAFT

----------------------------------------------------------------------------

ISSUES GP USA NAC DOM

DONT KNOW WHERE TO START

DONT KNOW HOW TO 'DO A NOSE'

DONT KNOW HOW TO DO GRAFT OR SKIN REPLACEMENT OR SUBSTITUTE SKIN

PLEASE BE NICE TO THEM.

RECOMMENDATION TO INCREASE GENERAL RECONSTRUCTIVE SURGERY TRAINING (IN FACILITY) AND PROVIDE SUPPLIERS OF EQUIPMENT/MATERIALS/ETC., INCLUDING EUTHANASIA TEAM, TO CIVILIAN LEVEL ONE GENERAL POPULACE PHYSICIANS THAT DO NOT HAVE SUFFICIENT TRAINING IN SURGERY TO PERFORM COSMETIC SURGERY BASIC, RHINOPLASTY (INCLUDING FULL NOSE/FACE RECONSTRUCTION SURGERY), NECK LENGTHENING SURGERY (FULL NECK RECONSTRUCTION SURGERY, TISSUE REMOVAL FROM NECK, TRACHEA/NECK WIDTH-DEPTH REDUCTION SURGERY, ETC.), TORSO REDUCTION SURGERY (REDUCE WIDTH DEPTH), LIMB LENGTHENING SURGERY, GENERAL SUPERFICIAL FULL BODY MUSCLE REDUCTION SURGERY, FULL BODY SKIN GRAFT, BONE REPLACEMENT/TRANSPLANT, ARTIFICIAL ORGAN TRANSPLANT (WITH STORAGE FOR ORGAN), REPRODUCTIVE ORGAN SYSTEM COMPONENT RESERVE/BUILD/STORAGE, LIMB REBUILD STANDARD, EYE REPLACEMENT (WITH VISION FUNCTION CARRIED/INTACT), BASIC SPINE REPAIR FOR REMOBILIZATION (E.G. WITH IMPLANT, LINE, ETC.), ETC..

NO CIVILIANS WORKING ON CIVS OF THE DOCKET; NO DRUGGING PEOPLE WITH STEROIDS.

DRAFT

----------------------------------------------------------------------------

 DRAFTING DRAFT

(NOT FOR EDUCATION, LOOSE CONCEPT DRAFTING, KEYWORDS, ROUGH OUTLINE DRAFT, UNITS, PIN POINTS, ETC.)


02-27-2023-2124 - Rhinoplasty Brief (Cosmetic Procedures) (Plastic Surgery)

https://www.plasticsurgery.org/cosmetic-procedures/rhinoplasty/procedure