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LASIK
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For the article on the drug used for treatment of hypertension, see Lasix.
LASIK
LASIK surgery using an excimer laser at US National Naval Medical Center Bethesda
ICD-9-CM
11.71
MeSH
D020731
MedlinePlus
007018
[edit on Wikidata]
LASIK or Lasik (laser-assisted in situ keratomileusis), commonly referred to as laser eye surgery or laser vision correction, is a type of refractive surgery for the correction of myopia, hyperopia, and astigmatism. The LASIK surgery is performed by an ophthalmologist who uses a laser or microkeratome to reshape the eye's cornea in order to improve visual acuity.[1] For most people, LASIK provides a long-lasting alternative to eyeglasses or contact lenses.[2]
LASIK is most similar to another surgical corrective procedure, photorefractive keratectomy (PRK), and LASEK. All represent advances over radial keratotomy in the surgical treatment of refractive errors of vision. For patients with moderate to high myopia or thin corneas which cannot be treated with LASIK and PRK, the phakic intraocular lens is an alternative.[3][4] As of 2011, over 11 million LASIK procedures had been performed in the United States[5] and as of 2009 over 28 million have been performed worldwide.[6]
Contents
[hide]
1 Effectiveness
1.1 Satisfaction
1.2 Dissatisfaction
1.3 Presbyopia
2 Risks
2.1 Higher-order aberrations
2.2 Dry eyes
2.3 Halos
2.4 Other complications
2.5 FDA's position
3 Process
3.1 Preoperative procedures
3.1.1 Contact lenses
3.1.2 Pre-operative examination and education
3.2 Operative procedure
3.2.1 Flap creation
3.2.2 Laser remodeling
3.2.3 Repositioning of the flap
3.3 Postoperative care
4 Wavefront-guided
5 Topography-assisted
6 History
6.1 Barraquer's early work
6.2 Laser refractive surgery
6.3 Patent
6.4 Implementation in U.S.
7 Further research
7.1 Experimental techniques
8 Comparison to photorefractive keratectomy
9 References
10 External links
Effectiveness[edit]
In 2006, the British National Health Service's National Institute for Health and Clinical Excellence (NICE) considered evidence of the effectiveness and the potential risks of the laser surgery stating "current evidence suggests that photorefractive (laser) surgery for the correction of refractive errors is safe and efficacious for use in appropriately selected patients. Clinicians undertaking photorefractive (laser) surgery for the correction of refractive errors should ensure that patients understand the benefits and potential risks of the procedure. Risks include failure to achieve the expected improvement in unaided vision, development of new visual disturbances, corneal infection and flap complications. These risks should be weighed against those of wearing spectacles or contact lenses."[7] The FDA reports "The safety and effectiveness of refractive procedures has not been determined in patients with some diseases."[8]
Satisfaction[edit]
Surveys of LASIK surgery find rates of patient satisfaction between 92 and 98 percent.[9][10][11] In March 2008, the American Society of Cataract and Refractive Surgery published a patient satisfaction meta-analysis of over 3,000 peer-reviewed articles from international clinical journals. Data from the prior 10 years revealed a 95.4 percent patient satisfaction rate among LASIK patients.[12]
Dissatisfaction[edit]
Some people with poor outcomes from LASIK surgical procedures report a significantly reduced quality of life because of vision problems or physical pain associated with the surgery. A small percentage of patients may need to have another surgery because their condition is over-corrected or under-corrected. Some patients need to wear contact lenses or glasses even after treatment.[13]
The most common reason for dissatisfaction in LASIK patients is chronic severe dry eye. Independent research indicates 30% of patients develop chronic dry eye which counters the 95% satisfaction claim previously touted by the industry.[14]
Morris Waxler, a former FDA official who was involved in the approval of LASIK, has subsequently criticized its widespread use. In 2010, Waxler made media appearances and claimed that the procedure had a failure rate greater than 50%. The FDA responded that Waxler's information was "filled with false statements, incorrect citations" and "mischaracterization of results".[15]
A 2016 JAMA study indicates that the prevalence of complications from LASIK are higher than indicated, with the study indicating many patients wind up with glare, halos or other visual symptoms.[16]
Presbyopia[edit]
A type of LASIK, known as presbyLasik, may be used in presbyopia. Results are, however, more variable and some people have a decrease in visual acuity.[17]
Risks[edit]
Higher-order aberrations[edit]
Higher-order aberrations are visual problems that require special testing for diagnosis and are not corrected with normal spectacles (eyeglasses). These aberrations include 'starbursts', 'ghosting', 'halos' and others.[18] Some patients describe these symptoms post-operatively and associate them with the LASIK technique including the formation of the flap and the tissue ablation.[19]
The advancement of the LASIK technology has reduced the risk of clinically significant visual impairment after surgery.[citation needed] There is a correlation between pupil size and aberrations. This correlation may be the result of irregularity in the corneal tissue between the untouched part of the cornea and the reshaped part. Daytime post-LASIK vision is optimal, since the pupil size is smaller than the LASIK flap. However, at night, the pupil may dilate such that light passes through the edge of the LASIK flap, which gives rise to aberrations. LASIK and PRK may induce spherical aberration if the laser under-corrects as it moves outward from the centre of the treatment zone, especially when major corrections are made.[citation needed]
Others propose that higher-order aberrations are present preoperatively.[20] They can be measured in micrometers (µm) whereas the smallest laser beam size approved by the FDA is about 1000 times larger, at 0.65 mm. In situ keratomileusis effected at a later age increases the incidence of corneal higher-order wavefront aberrations.[21][22] These factors demonstrate the importance of careful patient selection for LASIK treatment.
A subconjunctival hemorrhage is a common and minor post-LASIK complication.
Dry eyes[edit]
95% of patients report dry eye symptoms after LASIK[23] Although it is usually temporary it can develop into chronic and severe dry eye syndrome. Quality of life can be severely affected by dry eye syndrome.[24]
Underlying conditions with dry eye such as Sjögren's syndrome are considered contraindications to Lasik.[25]
Treatments include artificial tears, prescription tears and punctal occlusion. Punctal occlusion is accomplished by placing a collagen or silicone plug in the tear duct, which normally drains fluid from the eye. Some patients complain of ongoing dry eye symptoms despite such treatments and dry eye symptoms may be permanent.[26]
Halos[edit]
Some post-LASIK patients see halos and starbursts around bright lights at night. At night, the pupil may dilate to be larger than the flap leading to the edge of the flap or stromal changes causing visual distortion of light that does not occur during the day when the pupil is smaller. The eyes can be examined for large pupils pre-operatively and the risk of this symptom assessed.
Complications due to LASIK have been classified as those that occur due to preoperative, intraoperative, early postoperative, or late postoperative sources:[27] According to the UK National Health Service complications occur in fewer than 5% of cases.[23]
Other complications[edit]
Flap complications – The incidence of flap complications is about 0.244%.[28] Flap complications (such as displaced flaps or folds in the flaps that necessitate repositioning, diffuse lamellar keratitis, and epithelial ingrowth) are common in lamellar corneal surgeries[29] but rarely lead to permanent loss of visual acuity. The incidence of these microkeratome-related complications decreases with increased physician experience.[30]
Slipped flap – is a corneal flap that detaches from the rest of the cornea. The chances of this are greatest immediately after surgery, so patients typically are advised to go home and sleep to let the flap adhere and heal. Patients are usually given sleep goggles or eye shields to wear for several nights to prevent them from dislodging the flap in their sleep. A short operation time may decrease the chance of this complication, as there is less time for the flap to dry.[citation needed]
Flap interface particles – are a finding whose clinical significance is undetermined.[31] Particles of various sizes and reflectivity are clinically visible in about 38.7% of eyes examined via slit lamp biomicroscopy and in 100% of eyes examined by confocal microscopy.[31]
Diffuse lamellar keratitis – an inflammatory process that involves an accumulation of white blood cells at the interface between the LASIK corneal flap and the underlying stroma. It is known colloquially as "sands of Sahara syndrome" because on slit lamp exam, the inflammatory infiltrate appears similar to waves of sand. The USAeyes organisation reports an incidence of 2.3% after LASIK.[32] It is most commonly treated with steroid eye drops. Sometimes it is necessary for the eye surgeon to lift the flap and manually remove the accumulated cells. DLK has not been reported with photorefractive keratectomy due to the absence of flap creation.
Infection – the incidence of infection responsive to treatment has been estimated at 0.4%.[32]
Post-LASIK corneal ectasia – a condition where the cornea starts to bulge forwards at a variable time after LASIK, causing irregular astigmatism. the condition is similar to keratoconus.
Subconjunctival hemorrhage – A report shows the incidence of subconjunctival hemorrhage has been estimated at 10.5%.[32][33]
Corneal scarring – or permanent problems with cornea's shape making it impossible to wear contact lenses.[13]
Epithelial ingrowth – estimated at 0.1%.[32]
Traumatic flap dislocations – Cases of late traumatic flap dislocations have been reported up to seven years after LASIK.[34]
Retinal detachment: estimated at 0.36 percent.[35]
Choroidal neovascularization: estimated at 0.33 percent.[35]
Uveitis: estimated at 0.18 percent.[36]
For climbers – Although the cornea usually is thinner after LASIK, because of the removal of part of the stroma, refractive surgeons strive to maintain the maximum thickness to avoid structurally weakening the cornea. Decreased atmospheric pressure at higher altitudes has not been demonstrated as extremely dangerous to the eyes of LASIK patients. However, some mountain climbers have experienced a myopic shift at extreme altitudes.[37][38]
Late postoperative complications – A large body of evidence on the chances of long-term complications is not yet established and may be changing due to advances in operator experience, instruments and techniques.[39][40][41][42]
Potential best vision loss may occur a year after the surgery regardless of the use of eyewear.[43]
Eye floaters – ocular mechanical stress created by LASIK have the potential to damage the vitreous, retina, and macula causing floaters as a result.
FDA's position[edit]
In October 2009, the FDA, the National Eye Institute (NEI), and the Department of Defense (DoD) launched the LASIK Quality of Life Collaboration Project (LQOLCP) to help better understand the potential risk of severe problems that can result from LASIK[44] in response to widespread reports of problems experienced by patients after LASIK laser eye surgery.[45] This project examined patient-reported outcomes with LASIK (PROWL). The project consisted of three phases: pilot phase, phase I, phase II (PROWL-1) and phase III (PROWL-2).[46] The last two phases were completed in 2014.
The results of the LASIK Quality of Life Study were published in October, 2014.[44]
Based on our initial analyses of our studies:
Up to 46 percent of participants, who had no visual symptoms before surgery, reported at least one visual symptom at three months after surgery.
Participants who developed new visual symptoms after surgery, most often developed halos. Up to 40 percent of participants with no halos before LASIK had halos three months following surgery.
Up to 28 percent of participants with no symptoms of dry eyes before LASIK, reported dry eye symptoms at three months after their surgery.
Less than 1 percent of study participants experienced "a lot of" difficulty with or inability to do usual activities without corrective lenses because of their visual symptoms (halos, glare, et al.) after LASIK surgery.
Participants who were not satisfied with the LASIK surgery reported all types of visual symptoms the questionnaire measured (double vision/ghosting, starbursts, glare, and halos).
The FDA's director of the Division of Ophthalmic Devices, said about the LASIK study "Given the large number of patients undergoing LASIK annually, dissatisfaction and disabling symptoms may occur in a significant number of patients".[47] Also in 2014, FDA published an article highlighting the risks and a list of factors and conditions individuals should consider when choosing a doctor for their refractive surgery.[48]
Process[edit]
The planning and analysis of corneal reshaping techniques such as LASIK have been standardized by the American National Standards Institute, an approach based on the Alpins method of astigmatism analysis. The FDA website on LASIK states,
"Before undergoing a refractive procedure, you should carefully weigh the risks and benefits based on your own personal value system, and try to avoid being influenced by friends that have had the procedure or doctors encouraging you to do so."[49]
The procedure involves creating a thin flap on the eye, folding it to enable remodeling of the tissue beneath with a laser and repositioning the flap.
Preoperative procedures[edit]
Contact lenses[edit]
Patients wearing soft contact lenses are instructed to stop wearing them 5 to 21 days before surgery. One industry body recommends that patients wearing hard contact lenses should stop wearing them for a minimum of six weeks plus another six weeks for every three years the hard contacts have been worn. The cornea is avascular because it must be transparent to function normally. Its cells absorb oxygen from the tear film. Thus, low-oxygen-permeable contact lenses reduce the cornea's oxygen absorption, sometimes resulting in corneal neovascularization—the growth of blood vessels into the cornea. This causes a slight lengthening of inflammation duration and healing time and some pain during surgery, because of greater bleeding. Although some contact lenses (notably modern RGP and soft silicone hydrogel lenses) are made of materials with greater oxygen permeability that help reduce the risk of corneal neovascularization, patients considering LASIK are warned to avoid over-wearing their contact lenses.
Pre-operative examination and education[edit]
In the United States, the FDA has approved LASIK for age 18 and over. More importantly the patient's eye prescription should be stable for at least one year prior to surgery. The patient may be examined with pupillary dilation and education given prior to the procedure. Before the surgery, the patient's corneas are examined with a pachymeter to determine their thickness, and with a topographer, or corneal topography machine,[1] to measure their surface contour. Using low-power lasers, a topographer creates a topographic map of the cornea. The procedure is contraindicated if the topographer finds difficulties such as keratoconus[1] The preparatory process also detects astigmatism and other irregularities in the shape of the cornea. Using this information, the surgeon calculates the amount and the location of corneal tissue to be removed. The patient is prescribed and self-administers an antibiotic beforehand to minimize the risk of infection after the procedure and is sometimes offered a short acting oral sedative medication as a pre-medication. Prior to the procedure, anaesthetic eye drops are instilled. Factors that may rule out LASIK for some patients include large pupils, thin corneas and extremely dry eyes.[50]
Operative procedure[edit]
Flap creation[edit]
Flap creation with femtosecond laser
A soft corneal suction ring is applied to the eye, holding the eye in place. This step in the procedure can sometimes cause small blood vessels to burst, resulting in bleeding or subconjunctival hemorrhage into the white (sclera) of the eye, a harmless side effect that resolves within several weeks. Increased suction causes a transient dimming of vision in the treated eye. Once the eye is immobilized, a flap is created by cutting through the corneal epithelium and Bowman's layer. This process is achieved with a mechanical microkeratome using a metal blade, or a femtosecond laser that creates a series of tiny closely arranged bubbles within the cornea. A hinge is left at one end of this flap. The flap is folded back, revealing the stroma, the middle section of the cornea. The process of lifting and folding back the flap can sometimes be uncomfortable.
Laser remodeling[edit]
The second step of the procedure uses an excimer laser (193 nm) to remodel the corneal stroma. The laser vaporizes the tissue in a finely controlled manner without damaging the adjacent stroma. No burning with heat or actual cutting is required to ablate the tissue. The layers of tissue removed are tens of micrometers thick.
Performing the laser ablation in the deeper corneal stroma provides for more rapid visual recovery and less pain than the earlier technique, photorefractive keratectomy (PRK).[51]
During the second step, the patient's vision becomes blurry, once the flap is lifted. They will be able to see only white light surrounding the orange light of the laser, which can lead to mild disorientation. The excimer laser uses an eye tracking system that follows the patient's eye position up to 4,000 times per second, redirecting laser pulses for precise placement within the treatment zone. Typical pulses are around 1 millijoule (mJ) of pulse energy in 10 to 20 nanoseconds.[52]
Repositioning of the flap[edit]
After the laser has reshaped the stromal layer, the LASIK flap is carefully repositioned over the treatment area by the surgeon and checked for the presence of air bubbles, debris, and proper fit on the eye. The flap remains in position by natural adhesion until healing is completed.
Postoperative care[edit]
Patients are usually given a course of antibiotic and anti-inflammatory eye drops. These are continued in the weeks following surgery. Patients are told to rest and are given dark eyeglasses to protect their eyes from bright lights and occasionally protective goggles to prevent rubbing of the eyes when asleep and to reduce dry eyes. They also are required to moisturize the eyes with preservative-free tears and follow directions for prescription drops. Occasionally after the procedure a bandage contact lens is placed to aid the healing, and typically removed after 3–4 days. Patients should be adequately informed by their surgeons of the importance of proper post-operative care to minimize the risk of complications.[53]
Wavefront-guided[edit]
Wavefront-guided LASIK is a variation of LASIK surgery in which, rather than applying a simple correction of only long/short-sightedness and astigmatism (only lower order aberrations as in traditional LASIK), an ophthalmologist applies a spatially varying correction, guiding the computer-controlled excimer laser with measurements from a wavefront sensor. The goal is to achieve a more optically perfect eye, though the final result still depends on the physician's success at predicting changes that occur during healing and other factors that may have to do with the regularity/irregularity of the cornea and the axis of any residual astigmatism. Another important factor is whether the excimer laser can correctly register eye position in 3 dimensions, and to track the eye in all the possible directions of eye movement. If a wavefront guided treatment is performed with less than perfect registration and tracking, pre-existing aberrations can be worsened. In older patients, scattering from microscopic particles (cataract or incipient cataract) may play a role that outweighs any benefit from wavefront correction. Therefore, patients expecting so-called "super vision" from such procedures may be disappointed.[54][55][56][57]
When treating a patient with preexisting astigmatism, most wavefront-guided LASIK lasers are designed to treat regular astigmatism as determined externally by corneal topography. In patients who have an element of internally induced astigmatism, therefore, the wavefront-guided astigmatism correction may leave regular astigmatism behind (a cross-cylinder effect). If the patient has preexisting irregular astigmatism, wavefront-guided approaches may leave both regular and irregular astigmatism behind. This can result in less-than-optimal visual acuity compared with a wavefront-guided approach combined with vector planning, as shown in a 2008 study.[58] Thus, vector planning offers a better alignment between corneal astigmatism and laser treatment, and leaves less regular astigmatism behind on the cornea, which is advantageous whether irregular astigmatism coexists or not.
The "leftover" astigmatism after a purely surface-guided laser correction can be calculated beforehand, and is called ocular residual astigmatism (ORA). ORA is a calculation of astigmatism due to the noncorneal surface (internal) optics. The purely refraction-based approach represented by wavefront analysis actually conflicts with corneal surgical experience developed over many years.[57]
The pathway to "super vision" thus may require a more customized approach to corneal astigmatism than is usually attempted, and any remaining astigmatism ought to be regular (as opposed to irregular), which are both fundamental principles of vector planning overlooked by a purely wavefront-guided treatment plan.[57] This was confirmed by the 2008 study mentioned above, which found a greater reduction in corneal astigmatism and better visual outcomes under mesopic conditions using wavefront technology combined with vector analysis than using wavefront technology alone, and also found equivalent higher-order aberrations (see below).[58] Vector planning also proved advantageous in patients with keratoconus.[59]
No good data can be found that compare the percentage of LASIK procedures that employ wavefront guidance versus the percentage that do not, nor the percentage of refractive surgeons who have a preference one way or the other. Wavefront technology continues to be positioned as an "advance" in LASIK with putative advantages;[60][61][62][63] however, it is clear that not all LASIK procedures are performed with wavefront guidance.[64]
Still, surgeons claim patients are generally more satisfied with this technique than with previous methods, particularly regarding lowered incidence of "halos," the visual artifact caused by spherical aberration induced in the eye by earlier methods. A meta-analysis of eight trials showed a lower incidence of these higher order aberrations in patients who had wavefront-guided LASIK compared to non-wavefront-guided LASIK.[65] Based on their experience, the United States Air Force has described WFG-Lasik as giving "superior vision results".[66]
Topography-assisted[edit]
Topography-assisted LASIK is intended to be an advancement in precision and reduce night vision side effects. The first topography-assisted device received FDA approval September 13, 2013.[67][68]
History[edit]
Barraquer's early work[edit]
In the 1950s, the microkeratome and keratomileusis technique were developed in Bogotá, Colombia, by the Spanish ophthalmologist Jose Barraquer. In his clinic, he would cut thin (one hundredth of a mm thick) flaps in the cornea to alter its shape. Barraquer also investigated how much of the cornea had to be left unaltered in order to provide stable long-term results.[69] This work was followed by that of the Russian scientist, Svyatoslav Fyodorov, who developed radial keratotomy (RK) in the 1970s and designed the first posterior chamber implantable contact lenses (phakic intraocular lens) in the 1980s.
Laser refractive surgery[edit]
In 1980, Rangaswamy Srinivasan, at the IBM Research laboratory, discovered that an ultraviolet excimer laser could etch living tissue, with precision and with no thermal damage to the surrounding area. He named the phenomenon "ablative photo-decomposition" (APD).[70] Five years later, in 1985, Steven Trokel at the Edward S. Harkness Eye Institute, Columbia University in New York City, published his work using the excimer laser in radial keratotomy. He wrote,
"The central corneal flattening obtained by radial diamond knife incisions has been duplicated by radial laser incisions in 18 enucleated human eyes. The incisions, made by 193 nm far-ultraviolet light radiation emitted by the excimer laser, produced corneal flattening ranging from 0.12 to 5.35 diopters. Both the depth of the corneal incisions and the degree of central corneal flattening correlated with the laser energy applied. Histopathology revealed the remarkably smooth edges of the laser incisions."[71]
Together with his colleagues, Charles Munnerlyn and Terry Clapham, Trokel founded VISX USA inc.[72] Marguerite B. MacDonald MD performed the first human VISX refractive laser eye surgery in 1989.[73]
Patent[edit]
A number of patents have been issued for several techniques related to LASIK. Stuart I. Brown and Josef F. Bille filed a patent on surgical lasers in 1988.[74] Samuel E. Blum, Rangaswamy Srinivasan and James Wynne filed a patent application on the ultraviolet excimer laser, in 1982, issued in 1988.[75] In 1989, Gholam A. Peyman was granted a US patent for using an excimer laser to modify corneal curvature.[76] It was,
"A method and apparatus for modifying the curvature of a live cornea via use of an excimer laser. The live cornea has a thin layer removed therefrom, leaving an exposed internal surface thereon. Then, either the surface or thin layer is exposed to the laser beam along a predetermined pattern to ablate desired portions. The thin layer is then replaced onto the surface. Ablating a central area of the surface or thin layer makes the cornea less curved, while ablating an annular area spaced from the center of the surface or layer makes the cornea more curved. The desired predetermined pattern is formed by use of a variable diaphragm, a rotating orifice of variable size, a movable mirror or a movable fiber optic cable through which the laser beam is directed towards the exposed internal surface or removed thin layer."[75]
The patents related to so-called broad-beam LASIK and PRK technologies were granted to US companies including Visx and Summit during 1990-1995 based on the fundamental US patent issued to IBM (1983) which claimed the use of UV laser for the ablation of organic tissues.[75]
Implementation in U.S.[edit]
The LASIK technique was implemented in the U.S. after its successful application elsewhere. The Food and Drug Administration (FDA) commenced a trial of the excimer laser in 1989. The first enterprise to receive FDA approval to use an excimer laser for photo-refractive keratectomy was Summit Technology (founder and CEO, Dr. David Muller).[77] In 1992, under the direction of the FDA, Greek ophthalmologist Ioannis Pallikaris introduced LASIK to ten VISX centres. In 1998, the "Kremer Excimer Laser", serial number KEA 940202, received FDA approval for its singular use for performing LASIK.[78] Subsequently, Summit Technology was the first company to receive FDA approval to mass manufacture and distribute excimer lasers. VISX and other companies followed.[78]
The excimer laser that was used for the first LASIK surgeries by I.Pallikaris
Pallikaris suggested a flap of cornea could be raised by microkeratome prior to the performing of PRK with the excimer laser. The addition of a flap to PRK became known as LASIK.
Further research[edit]
Since 1991, there have been further developments such as faster lasers; larger spot areas; bladeless flap incisions; intraoperative corneal pachymetry; and "wavefront-optimized" and "wavefront-guided" techniques. The goal of refractive surgery is to avoid permanently weakening the cornea with incisions and to deliver less energy to the surrounding tissues.
Experimental techniques[edit]
"plain" LASIK: LASEK, Epi-LASIK,
Sub-Bowman’s keratomileusis (thin flap LASIK),
Wavefront-guided PRK,
advanced intraocular lenses.
Femtosecond laser intrastromal vision correction: using all-femtosecond correction, for example, Femtosecond Lenticule EXtraction, FLIVC, or IntraCOR),
Keraflex: a thermobiochemical solution which has received the CE Mark for refractive correction.[79] and is in European clinical trials for the correction of myopia and keratoconus.[80]
Technolas FEMTEC laser: for incisionless IntraCOR ablation for presbyopia,[81] with trials ongoing for myopia and other conditions.[82]
LASIK with the IntraLase femtosecond laser: early trials comparing to the «LASIK with microkeratomes for the correction of myopia suggest no significant differences in safety or efficacy. However, the femtosecond laser has a potential advantage in predictability, although this finding was not significant».[83]
Comparison to photorefractive keratectomy[edit]
A systematic review that compared PRK and LASIK concluded that LASIK has shorter recovery time and less pain.[84] The two techniques after a period of one year have similar results.[84]
A 2017 systematic review found uncertainty in visual acuity, but found that in one study, those receiving PRK were less likely to achieve a refractive error, and were less likely to have an over-correction than compared to LASIK.[85]
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Jump up ^ Chen, Shihao; Feng, Yifan; Stojanovic, Aleksandar; Jankov, Mirko R.; Wang, Qinmei (2012). "IntraLase Femtosecond Laser vs Mechanical Microkeratomes in LASIK for Myopia: A Systematic Review and Meta-analysis" (PDF). Journal of Refractive Surgery. 28 (1): 15–24. doi:10.3928/1081597x-20111228-02. PMID 22233436. Retrieved 1 November 2015.
^ Jump up to: a b Shortt, AJ; Allan, BD; Evans, JR (31 January 2013). "Laser-assisted in-situ keratomileusis (LASIK) versus photorefractive keratectomy (PRK) for myopia". The Cochrane Database of Systematic Reviews. 1 (1): CD005135. doi:10.1002/14651858.CD005135.pub3. PMID 23440799.
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External links[edit]
What is LASIK? — Food and Drug Administration
Laser Eye Surgery — United States National Library of Medicine
Ectasia After LASIK on EyeWiki
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Rock and Roll All Nite
From Wikipedia, the free encyclopedia
Jump to: navigation, search
"I Wanna Rock & Roll All Night" redirects here. For the episode of the 2008 TV series Knight Rider, see I Wanna Rock & Roll All Knight.
"Rock and Roll All Nite"
Single by Kiss
from the album Dressed to Kill
Released
April 2, 1975 (US)
Format
7"
Recorded
Electric Lady Studios,
New York City: February 1975
Genre
Rock
Length
2:49 (Album version)
3:20 (7" Live version)
2:34 (Studio version)
Label
Casablanca NB-829 (US)
Songwriter(s)
Paul Stanley, Gene Simmons
Producer(s)
Neil Bogart & Kiss
Kiss singles chronology
"Let Me Go, Rock 'n' Roll" / "Hotter Than Hell"
(1974) "Rock and Roll All Nite" / "Getaway"
(1975) "C'mon and Love Me" / "Getaway"
(1975)
"Let Me Go, Rock 'n' Roll" / "Hotter Than Hell"
(1974) "Rock and Roll All Nite" / "Getaway"
(1975) "C'mon and Love Me" / "Getaway"
(1975)
"C'mon and Love Me" / "Getaway"
(1975) C'mon and Love MeGetaway1975
"Rock and Roll All Nite (Live)" / "Rock and Roll All Nite"
(1975) Rock and Roll All Nite (Live)Rock and Roll All Nite1975
"Shout It Out Loud" / "Sweet Pain"
(1976) Shout It Out LoudSweet Pain1976
"I Love It Loud (Live)" / "Unholy (Live)"
(1993) I Love It Loud (Live)Unholy (Live)1993
"Rock and Roll All Nite (Unplugged)" / "Every Time I Look at You (Unplugged)"
(1996) Rock and Roll All Nite (Unplugged)Every Time I Look at You (Unplugged)1996
"Jungle (Radio Edit)" / "Jungle"
(1997) Jungle (Radio Edit)Jungle1997
Music video
"Rock & Roll All Nite" on YouTube
"Rock and Roll All Nite" is a song by Kiss, originally released on their 1975 album Dressed to Kill. It was released as the A-side of their fifth single, with the album track "Getaway." The studio version of the song peaked at No. 68 on the Billboard singles chart, besting the band's previous charting single, "Kissin' Time" (#89). A subsequent live version, released as a single in October 1975, eventually reached No. 12 in early 1976, the first of six Top 20 songs for Kiss in the 1970s.[1] "Rock and Roll All Nite" became Kiss's signature song and has served as the group's closing concert number in almost every concert since 1976.[2][3] In 2008 it was named the 16th greatest hard rock song of all time by VH1.[4]
The members of Kiss were under intense pressure to put together their third album, 1975's Dressed to Kill. They were abruptly called off tour to work on a follow-up to 1974's Hotter Than Hell when the album began to die on the charts, even though they had no new songs ready. The sessions were being produced by the head of their label, Neil Bogart, who was upset that the band had yet to successfully capture the excitement of their live act on record and wanted to correct the problem himself.
Rushed to come up with material, the band dipped into their backlog of older songs, as well as writing new ones and then recording them immediately. Bogart suggested that head songwriters Paul Stanley and Gene Simmons come up with an anthem that would serve as a rallying cry for Kiss and their fans, suggesting something akin to Sly & the Family Stone's "I Want to Take You Higher." While writing back at the hotel, Stanley came up with the line "I want to rock and roll all night, and party every day." After showing the new line to Simmons, he added parts from an older song, reportedly titled "Drive Me Wild."[citation needed]
When the song was issued as a single a few months later, it did not storm up the charts. With record label Casablanca in deep financial trouble, Kiss was thinking of leaving for another label, but decided to issue a live album, Alive!, later in 1975. The live version of the song was longer than the studio take (including an Ace Frehley guitar solo that was absent from the original), but, as Bogart hoped, it became a number 12 hit, driving straight up the charts the album from which it was taken.
Contents
[hide]
1 Recording
2 Live performances
3 Other versions
4 Appearances
5 Personnel
6 Chart performance
6.1 Weekly charts
6.2 Year-end charts
7 Poison version
7.1 Personnel
8 Notes and references
9 External links
Recording[edit]
"Rock and Roll All Nite" was written by Paul Stanley and Gene Simmons while Kiss was still in Los Angeles, as part of their Hotter than Hell Tour tour. However, during the group's concert at Cobo Hall in Detroit on January 26, 1976, Stanley introduced it as a song that was written in and for Detroit. The tour ended early (February 1975), when Casablanca Records founder and president Neil Bogart ordered Kiss to return to the studio to record a follow up to Hotter Than Hell, which had stalled on the charts and failed to meet Casablanca's sales expectations. One of Bogart's instructions to the band was to compose an anthem, something he felt the band needed.[2][5] The song itself was inspired by the Slade song "Cum on Feel the Noize".
They wrote the pre-chorus, Stanley wrote the chorus, and Simmons wrote the verses, borrowing parts of a song he had previously written, entitled "Drive Me Wild." The song was one of two the group recorded toward the end of the Hotter than Hell Tour prior to returning to Electric Lady Studios for the proper Dressed to Kill recording sessions.[5] For the choruses, the band and Bogart brought in a large group of outside contributors to sing and clap, including members of the Kiss road crew, studio musicians, and Peter Criss's wife Lydia. Some of the road crew used their jacket zippers to create sound.[2][6]
Live performances[edit]
While "Rock and Roll All Nite" would eventually become a fixture in Kiss's live performances, it was not inserted into the band's setlist immediately. Nor did it immediately replace "Let Me Go, Rock 'n' Roll" as the closing number.[5] Kiss performed the song during the closing ceremonies for the 2002 Winter Olympics in Salt Lake City which proved to be Ace Frehley's final performance with Kiss to date. They also performed the song live with Adam Lambert during the season 8 finale of American Idol, on May 20, 2009 at the Nokia Theater in Los Angeles.
Other versions[edit]
The original version of the song, as it appears on Dressed To Kill, does not have a guitar solo, while many later versions do have one. The Kiss Unplugged version features Ace Frehley and Bruce Kulick sharing the solo. The Unplugged version was released as a single and reached number 13 on Billboard's Mainstream Rock Tracks.[7] The original version also ends while fading away; all live versions end with the last notes of another Dressed to Kill song, "Getaway". The chorus of the Alive! version of the song is played at the beginning of "Detroit Rock City," from 1976's Destroyer.
Appearances[edit]
"Rock and Roll All Nite" has appeared on the following Kiss albums:
Dressed to Kill (1975) – Original studio version
Alive! (1975) – Live version
The Originals (1976) - Studio version
Double Platinum (1978) – Studio version
Killers (1982) – Live version
Smashes, Thrashes & Hits (1988) – Remixed studio version
Chikara (1988)
Alive III (1993) – Live version
Kiss Unplugged (1996) – Acoustic live version
You Wanted the Best, You Got the Best!! (1996) – Live version from Alive!
Greatest Kiss (1997) – Studio version
The Box Set (2001) – Studio version and Live version
The Very Best of Kiss (2002) – Live version from Alive!
Kiss Symphony: Alive IV (2003) – Live version with the Melbourne Symphony Orchestra
The Best of Kiss: The Millennium Collection (2003) – Live version from Alive! (album re-released in 2010 as ICON)
Gold (2005) – Live version from Alive!
Kiss Chronicles: 3 Classic Albums (2006) - Studio version
Kiss Alive! 1975–2000 (2006) – Live version from The Box Set
Kiss Chronicles – Original studio version (as part of repackaging of Dressed To Kill)
Alive IIm³ - release of Alive!, Alive II, Alive III, plus Alive! The Millennium Concert – Single Edit Version
Kiss Klassics (2008) – re-recorded version included on a bonus CD with Sonic Boom
Ikons (2008) - Studio version
Kiss Alive 35 (2009) – Live album produced at each of the venues
Kiss Sonic Boom Over Europe (2010) - Live versions
Kiss 40 (2014) – Live version from Alive!
"Rock and Roll All Nite" has appeared on the following movies:
Scooby-Doo! and Kiss: Rock and Roll Mystery - Studio version
The song is featured in a 2017 TV commercial for Walmart to promote a Cyber Monday promotion.[8]
Personnel[edit]
Gene Simmons – lead vocals, bass guitar
Ace Frehley – lead guitar, backing vocals
Paul Stanley – rhythm guitar, backing vocals
Peter Criss – drums, backing vocals
Chart performance[edit]
Weekly charts[edit]
Chart (1975)
Peak
position
Canada RPM 74
U.S. Billboard Hot 100[9] 68
U.S. Cash Box Top 100[10] 57
Chart (1975–76)
Peak
position
Australia KMR 18
Canada RPM 13
U.S. Billboard Hot 100[9] 12
U.S. Cash Box Top 100[11] 17
Year-end charts[edit]
Chart (1976)
Rank
Australia 60
Canada[12] 126
U.S. Billboard Hot 100[13] 96
Poison version[edit]
"Rock and Roll All Nite"
Single by Poison
from the album Less Than Zero
Released
October 12, 1987
Recorded
1987
Genre
Glam metal, heavy metal
Label
Enigma/Capitol Records
Songwriter(s)
Stanley/Simmons
Producer(s)
Rick Rubin
Poison singles chronology
"I Won't Forget You"
(1987) "Rock and Roll All Nite"
(1987) "Nothin' but a Good Time"
(1988)
"I Won't Forget You"
(1987) "Rock and Roll All Nite"
(1987) "Nothin' but a Good Time"
(1988)
"Rock and Roll All Nite" was covered and released as a single by the American rock band Poison from the soundtrack album Less Than Zero (released in 1987). It was released on a Poison album The Best of Poison: 20 Years of Rock in 2006 and again on the cover album Poison'd in 2007.
At the start of "Nothin' But a Good Time" music video, Poison's rendition of "Rock and Roll All Nite" is heard on the radio.
Personnel[edit]
Bret Michaels – lead vocals; rhythm guitar
Bobby Dall – bass guitar
Rikki Rockett – drums; percussion
C.C. DeVille – lead guitar
Notes and references[edit]
Jump up ^ "The Complete KISS Singles Chart Action, 1974–". The KISSFAQ. Retrieved July 13, 2006.
^ Jump up to: a b c Gooch, Curt and Jeff Suhs. KISS Alive Forever: The Complete Touring History. Billboard Books, 2002. ISBN 0-8230-8322-5
Jump up ^ Prato, Greg. "Rock and Roll All Nite". Allmusic. Retrieved July 17, 2006.
Jump up ^ "Vh1 Top 100 Hard Rock Songs". SpreadIt. Retrieved February 7, 2009.
^ Jump up to: a b c Gill, Julian. The KISS Album Focus, Volume 1 (3rd ed.) Xlibris Corporation, 2005. ISBN 1-4134-8547-2[self-published source]
Jump up ^ Leaf, David and Ken Sharp. KISS: Behind the Mask: The Official Authorized Biography, Warner Books, 2003. ISBN 0-446-53073-5
Jump up ^ "Billboard singles chart history-Kiss". Retrieved February 18, 2009.
Jump up ^ "Walmart Cyber Monday TV Commercial, Rock This Christmas". iSpot.tv. Retrieved November 26, 2017.
^ Jump up to: a b Joel Whitburn's Top Pop Singles 1955-1990 - ISBN 0-89820-089-X
Jump up ^ http://tropicalglen.com/Archives/70s_files/19750614.html
Jump up ^ http://tropicalglen.com/Archives/70s_files/19760124.html
Jump up ^ "Top Singles – Volume 26, No. 14 & 15, January 08 1977". RPM. Library and Archives Canada. Retrieved December 4, 2016.
Jump up ^ Musicoutfitters.com
External links[edit]
Lyrics of this song at MetroLyrics
[show]
v
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Tribute albums
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Book:Kiss
Category:Kiss
[show]
v
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Kiss singles discography
Kiss
"Nothin' to Lose"
"Kissin' Time"
"Strutter"
Hotter Than Hell
"Let Me Go, Rock 'n' Roll"
Dressed to Kill
"Rock and Roll All Nite"
"C'mon and Love Me"
Alive!
"Rock and Roll All Nite" (Live)
Destroyer
"Shout It Out Loud"
"Flaming Youth" / "God of Thunder"
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Rock and Roll Over
"Hard Luck Woman"
"Calling Dr. Love"
Love Gun
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"Love Gun"
Alive II
"Shout It Out Loud" (Live)
"Rocket Ride"
Double Platinum
"Strutter '78"
Solo albums
Gene Simmons
"Radioactive"
Ace Frehley
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Peter Criss
"Don't You Let Me Down"
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Paul Stanley
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Music from "The Elder"
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"Turn On the Night"
Smashes, Thrashes & Hits
"Let's Put the X in Sex"
"(You Make Me) Rock Hard"
Hot in the Shade
"Hide Your Heart"
"Forever"
"Rise to It"
Revenge
"God Gave Rock 'N' Roll to You II"
"Unholy"
"Domino"
"I Just Wanna"
"Every Time I Look at You"
Alive III
"I Love It Loud" (Live)
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"Rock and Roll All Nite" (Unplugged)
Carnival of Souls
"Jungle"
Psycho Circus
"Psycho Circus"
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"You Wanted the Best"
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"Say Yeah"
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Monster
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Seven Days Live
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Nothing but a Good Time! Unauthorized
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