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Neisseria gonorrhoeae
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Neisseria gonorrhoeae
Gram-stain of gonococcal urethritis. Note distribution in neutrophils and presence of both intracellular and extracellular bacteria. (CDC)
Scientific classification
Domain: Bacteria
Phylum: Proteobacteria
Class: Betaproteobacteria
Order: Neisseriales
Family: Neisseriaceae
Genus: Neisseria
Species: N. gonorrhoeae
Binomial name
Neisseria gonorrhoeae
(Zopf 1885) Trevisan 1885[1]
Synonyms
Micrococcus der Gonorrhoe Neisser 1879[2]
Gonococcus neisseri Lindau 1898
Neisseria gonorrhoeae, also known as gonococcus (singular), or gonococci (plural) is a species of gram-negative diplococci bacteria isolated by Albert Neisser in 1879.[3] It causes the sexually transmitted genitourinary infection gonorrhea[4] as well as other forms of gonococcal disease including disseminated gonococcemia, septic arthritis, and gonococcal ophthalmia neonatorum.
It is oxidase positive, aerobic, and it survives within neutrophils.[4] To culture, it requires carbon dioxide supplementation and enriched agar (chocolate agar) with various antimicrobials (Thayer-Martin). It exhibits antigenic variation through recombination of its pili and surface proteins that interact with the immune system.[3]
Sexual transmission is possible through vaginal, anal, or oral sex.[5] Sexual transmission may be prevented through the use of barrier protection.[6] Perinatal transmission may occur during childbirth, and may be prevented by antibiotic treatment of the mother before birth and the application of antibiotic eye gel on the eyes of the newborn.[6] After an episode of gonococcal infection, infected persons do not develop immunity to future infections. Reinfection is possible due to N. gonorrhoeae's ability to evade the immune system by varying its surface proteins.[7]
N. gonorrhoeae can cause infection of the genitals, throat, and eyes.[7] Asymptomatic infection is common in males and females.[8][6][9] Untreated infection may spread to the rest of the body (disseminated gonorrhea infection), especially the joints (septic arthritis). Untreated infection in women may cause pelvic inflammatory disease and possible infertility due to the resulting scarring.[7] Diagnosis is through culture, gram stain, or PCR of a urine sample, urethral swab, or cervical swab.[10][11] Chlamydia co-testing and testing for other STI's is recommended due to high rates of coinfection.[10]
Due to resistance to penicillins, standard treatment is with the third generation cephalosporin ceftriaxone.[11] Antibiotic resistance is a growing problem due to N. gonnorhoeae's recombinant abilities.[12] There is currently no vaccine available for N. gonorrhoeae although efforts are underway to develop one.[13] Because it is possible to contract gonorrhea multiple times from the same partner (who may or may not be symptomatic) notification and treatment of sexual partners is recommended.[7][11]
Contents
[hide]
1 Microbiology
1.1 Culture and identification
1.2 Surface proteins
1.3 Antigenic variation
1.4 Survival of gonococci
2 Genome
2.1 Horizontal gene transfer
3 Transmission
4 Disease
4.1 Diagnosis
4.2 Prevention
4.3 Treatment
4.4 Antibiotic resistance
4.5 Vaccine
5 History
5.1 Name origin
5.2 Discovery
6 See also
7 References
8 External links
Microbiology[edit]
Neisseria species are fastidious Gram-negative cocci that require nutrient supplementation to grow in laboratory cultures. Neisseria are facultatively intracellular and typically appear in pairs (diplococci), resembling the shape of coffee beans. Nesseria is non-spore forming, non-motile and an obligate aerobe (requires oxygen to grow). Of the 11 species of Neisseria that colonize humans, only two are pathogens. N. gonorrhoeae is the causative agent of gonorrhea (also called "the clap") and N. meningitidis is the causative agent of meningitis.
Culture and identification[edit]
Thayer-Martin Agar is selective for growth of Neisseria species. Further testing (oxidase, gram stain, carbohydrate utilization) is needed to differentiate N. gonorrhoeae from meningitidis
Carbohydrate utilization of Neisseria gonorrhoeae. N. gonorrhoeae will oxidise glucose, not maltose, sucrose, or lactose; N. meningitidis ferments glucose and maltose.
Neisseria gonorrhoeae is usually isolated on Thayer-Martin agar (or VPN) agar in an environment enriched with 3-7% carbon dioxide.[10] Thayer-Martin agar is a chocolate agar plate (heated blood agar) containing nutrients and antimicrobials (vancomycin, colistin, nystatin, and trimethoprim). This agar preparation facilitates the growth of Neisseria species while inhibiting the growth of contaminating bacteria and fungi. Martin Lewis and New York City are other types of selective chocolate agar commonly used for neisseria growth.[10] N. gonorrhoeae is oxidase positive (possessing cytochrome c oxidase) and catalase positive (able to convert hydrogen peroxide to oxygen).[10] When incubated with the carbohydrates lactose, maltose, sucrose, and glucose, N. gonorrhoeae will oxidize only the glucose.[10]
Surface proteins[edit]
On its surface, N. gonorrhoeae bears hair-like pili, surface proteins with various functions, and sugars called lipooligosaccharides. The pili mediate adherence, movement, and DNA exchange. The Opa proteins interact with the immune system, as do the Porins. Lipooligosaccharide (LOS) is an endotoxin that provokes an immune response. All are antigenic and all exhibit antigenic variation (see below). The pili exhibit the most variation. The pili, Opa proteins, porins, and even the LOS have mechanisms to inhibit the immune response, making asymptomatic infection possible.[14]
Dynamic polymeric protein filaments called type IV pili allow N. gonorrhoeae to adhere to and move along surfaces. To enter the host the bacteria uses the pili to adhere to and penetrate mucosal surfaces.[4] The pili are a necessary virulence factor for N. gonorrhoeae; without them, the bacteria is unable to cause infection.[7] To move, the bacteria uses the type IV pili like a grappling hook, extending and retracting it for movement. Pili extend and attach to a substrate that signals the pilus to retract, dragging the cell forward. The resulting movement is referred to as twitching motility.[15] N. gonorrhoeae is able to pull 100,000 times its own weight, and it has been claimed that the pili used to do so are the strongest biological motor known to date, exerting one nanonewton.[16] A set of ATPase proteins power the pulling actions of the type IV pilus: Pil F (extension) and Pil T (retraction).[17][18] The adhesive functions of the gonococcal pilus plays a role in microcolony aggregation and biofilm formation.
This illustration depicts a Gram-stain of a urethral exudate showing typical intracellular gram-negative diplococci, and pleomorphic extracellular gram-negative organisms, which is diagnostic for gonococcal urethritis.
Surface proteins called Opa proteins can be used to bind to receptors on immune cells and prevent an immune response. There are at least 12 Opa proteins and the many permutations of surface proteins make it more difficult for immune cells to recognize N. gonorrhoeae and mount a defense.[19]
Lipooligosaccharide (LOS) is a low-weight version of lipopolysaccharide present on the surfaces of most other gram negative bacteria. It is a sugar (saccharide) side chain attached to lipid A (thus "lipo-") in the outer membrane coating the cell wall of the bacteria. The root "oligo" refers to the fact that it is a few sugars shorter than the typical lipopolysaccharide.[4] As an endotoxin LOS provokes inflammation. The shedding of LOS by the bacteria is responsible for local injury in, for example, pelvic inflammatory disease.[4] Although its main function is as an endotoxin, LOS may disguise itself with host sialic acid and block initiation of the complement cascade.[4]
Antigenic variation[edit]
N. gonorrhoeae evades the immune system through a process called antigenic variation, in which the N. gonorrhoeae bacterium is able to recombine its genes and alter the antigenic determinants (sites where antibodies bind) such as the Opa proteins[20] and Type IV pili[21] that adorn its surface.[4] It is able to vary the composition of its pili, Opa proteins, and lipooligosaccharides (LOS); of these, the pili exhibit the most antigenic variation due to chromosomal rearrangement.[7][4] Every time the bacteria replicate they may switch multiple Opa proteins on or off through slipped-strand mispairing. That is, the bacteria introduces frameshift mutations that bring genes in or out of frame. The result is that different Opa genes are translated every time.[4] In addition to the ability to rearrange the genes it already has, it is also naturally competent to acquire new DNA, via its type IV pilus, specifically proteins Pil Q and Pil T.[22] These processes allow N. gonorrhoeae to acquire/spread new genes, disguise itself with different surface proteins, and prevent the development of immunological memory – an ability which has led to antibiotic resistance and has made vaccine development difficult.[23]
Survival of gonococci[edit]
After gonococci invade and transcytose the host epithelial cells they land in the submucosa, where neutrophils promptly consume them.[4] The pili and Opa proteins on the surface may interfere with phagocytosis,[7] but most gonococci end up in neutrophils. The exudates from infected individuals contain many neutrophils with ingested gonococci. Neutrophils release an oxidative burst of reactive oxygen species in their phagosomes in order to kill the gonococci.[24] However, a significant fraction of the gonococci can resist killing through the action of their catalase[4] which breaks down reactive oxygen species and are able to reproduce within the neutrophil phagosomes.
Stohl and Seifert showed that the bacterial RecA protein, which mediates repair of DNA damage, plays an important role in gonococcal survival.[25] Michod et al. have suggested that N. gonorrhoeae may replace DNA damaged in neutrophil phagosomes with DNA from neighboring gonococci.[26] The process in which recipient gonococci integrate DNA from neighboring gonococci into their genome is called transformation.
The growth of Neisseria gonorrhoeae colonies on New York City medium agar, a specialised and selective media for Gonococci
Genome[edit]
The genomes of several strains of N. gonorrhoeae have been sequenced. Most of them are about 2.1 Mb in size and encode 2,100 to 2,600 proteins (although most seem to be in the lower range).[27] For instance, strain NCCP11945 consists of one circular chromosome (2,232,025 bp) encoding 2,662 predicted ORFs and one plasmid (4,153 bp) encoding 12 predicted ORFs. The estimated coding density over the entire genome is 87%, and the average G+C content is 52.4%, values that are similar to those of strain FA1090. The NCCP11945 genome encodes 54 tRNAs and four copies of 16S-23S-5S rRNA operons.[28]
Horizontal gene transfer[edit]
In 2011, researchers at Northwestern University found evidence of a human DNA fragment in a Neisseria gonorrhoeae genome, the first example of horizontal gene transfer from humans to a bacterial pathogen.[29][30]
Transmission[edit]
N. gonorrhoeae may be transmitted through vaginal, oral, or anal sex; nonsexual transmission is unlikely in adult infection.[5] It can also be transmitted to the newborn during passage through the birth canal if the mother has untreated genitourinary infection. Given the high rate of asymptomatic infection, all pregnant women should be tested for gonorrhea infection.[5]
Traditionally, the bacteria was thought to move attached to spermatozoon, but this hypothesis did not explain female to male transmission of the disease. A recent study suggests that rather than "surf" on wiggling sperm, N. gonorrhoeae bacteria uses hairlike structures called pili to anchor onto proteins in the sperm and move through coital liquid.[31]
Disease[edit]
Main article: Gonorrhoea
Symptoms of infection with N. gonorrhoeae differ, depending on the site of infection. Note also that many infected men are asymptomatic and most infected females (50-80%) are asymptomatic.[8][14][5]
In symptomatic men, the primary symptom of genitourinary infection is urethritis – burning with urination (dysuria), increased urge to urinate, and a pus-like (purulent) discharge from the penis. The discharge may be foul smelling.[4] If untreated, scarring of the urethra may result in difficulty urinating. Infection may spread from the urethra in the penis to nearby structures including the testicles (epididymitis/orchitis), or to the prostate (prostatitis).[4][7][32] Men who have had a gonorrhea infection have a significantly increased risk of having prostate cancer.[33]
In symptomatic women, the primary symptoms of genitourinary infection are increased vaginal discharge, burning with urination (dysuria), increased urge to urinate, pain with intercourse, or menstrual abnormalities. Pelvic inflammatory disease results if N. gonorrhoeae ascends into the pelvic peritoneum (via the cervix, endometrium and fallopian tubes). The resulting inflammation and scarring of the fallopian tubes can lead to infertility and increased risk of ectopic pregnancy.[4] Pelvic inflammatory disease develops in 10 to 20% of the females infected with N. gonorrhoeae.[4]
N. gonorrhoeae may cause infection of the throat (pharyngitis) through oral sex. Infected persons may experience sore throat and swollen lymph nodes, or may be asymptomatic.[7][4]
N. gonorrhoeae may cause infection of the anus/rectum (proctitis) through anal sex. Infected persons may experience blood or a pus-like discharge, or may be asymptomatic.[7][4]
In perinatal infection, the primary manifestation is infection of the eye (neonatal conjunctivitis or ophthalmia neonatorum) when the newborn is exposed to N. gonorrhoeae in the birth canal. The eye infection can lead to corneal scarring or perforation, ultimately resulting in blindness. If the newborn is exposed during birth, conjunctivitis occurs within 2–5 days after birth and is severe.[4][34] Gonococcal ophthalmia neonatorum, once common in newborns, is prevented by the application of erythromycin (antibiotic) gel to the eyes of babies at birth as a public health measure. Silver nitrate is no longer used in the United States.[34][4]
Disseminated N. gonorrhoeae infections can occur in which gonococci enter the bloodstream, often spreading to the joints and causing a rash (dermatitis-arthritis syndrome).[4] Dermatitis-arthritis syndrome presents with joint pain (arthritis), tendon inflammation (tenosynovitis), and painless non-pruritic (non-itchy) dermatitis.[7] Disseminated infection and PID tend to begin after menses due to reflux during menses, facilitating spread.[4] Rarely, disseminated infection may cause infection of the meninges of the brain and spinal cord (meningitis) or infection of the heart valves (endocarditis).[4][34]
Diagnosis[edit]
Tests that use polymerase chain reaction (PCR, aka nucleic acid amplification) to identify genes unique to N. gonorrhoeae are recommended for screening and diagnosis of gonorrhea infection. These PCR-based tests require a sample of urine, urethral swabs, or cervical/vaginal swabs. Culture (growing colonies of bacteria in order to isolate and identify them) and gram-stain (staining of bacterial cell walls to reveal morphology) can also be used to detect the presence of N. gonorrhoeae in all specimen types except urine.[9][34]
If gram-negative, oxidase-positive diplococci are visualized on direct gram stain of urethral pus (male genital infection), no further testing is needed to establish the diagnosis of gonorrhea infection.[7][10] However, in the case of female infection direct gram stain of cervical swabs is not useful because the N. gonorrhoeae organisms are less concentrated in these samples. The chances of false positives are increased as gram-negative diplococci native to the normal vaginal flora cannot be distinguished from N. gonorrhoeae. Thus, cervical swabs must be cultured under the conditions described above. If oxidase positive, gram-negative diplococci are isolated from a culture of a cervical/vaginal swab specimen, then the diagnosis is made. Culture is especially useful for diagnosis of infections of the throat, recutum, eyes, blood, or joints – areas where PCR-based tests are not well established in all labs.[6][10] Culture is also useful for antimicrobial sensitivity testing, treatment failure, and epidemiological purposes (outbreaks, surveillance).[10]
In patients who may have disseminated gonococcal infection (DGI), all possible mucosal sites should be cultured (e.g., pharynx, cervix, urethra, rectum).[6] Three sets of blood cultures should also be obtained.[35] Synovial fluid should be collected in cases of septic arthritis.[6]
Patients should also be tested for other sexually transmitted infections including chlamydia, syphilis, and HIV. Studies have found co-infection with chlamydia ranging from 46 to 54% in young people with gonorrhea.[36][37] For this reason, gonorrhea and chlamydia testing are often combined.[9][11][4] Patients diagnosed with gonorrhea infection have a fivefold increase risk of HIV transmission.[38] Additionally, infected persons who are HIV positive are more likely to shed and transmit HIV to uninfected partners during an episode of gonorrhea.[39]
Prevention[edit]
Transmission can be reduced by using latex barriers (e.g. condoms or dental dams) during sex and by limiting sexual partners.[6] Condoms and dental dams should be used during oral and anal sex as well. Spermicides, vaginal foams, and douches are not effective for prevention of transmission.[4]
Treatment[edit]
Ceftriaxone (a third-generation cephalosporin) is the first line treatment.[40] Because co-infection with chlamydia is so common, people are often treated for both by combining ceftriaxone with azithromycin or doxycycline.[4] Azithromycin is preferred for additional coverage of resistant gonorrhea.[41][6] Sexual partners (defined by the CDC as sexual contact within the past 60 days)[11] should also be notified, tested, and treated.[6][40]
Antibiotic resistance[edit]
Antibiotic resistance in gonorrhea has been noted beginning in the 1940s. Gonorrhea was treated with penicillin, but doses had to be progressively increased in order to remain effective. By the 1970s, penicillin- and tetracycline-resistant gonorrhea emerged in the Pacific Basin. These resistant strains then spread to Hawaii, California, the rest of the United States, and Europe. Fluoroquinolones were the next line of defense, but soon resistance to this antibiotic emerged as well. Since 2007, standard treatment has been third-generation cephalosporins, such as ceftriaxone, which are considered to be our "last line of defense".[42][43]
Recently, a high-level ceftriaxone-resistant strain of gonorrhea called H041 was discovered in Japan. Lab tests found it to be resistant to high concentrations of ceftriaxone, as well as most of the other antibiotics tested. Within N. gonorrhoeae, there are genes that confer resistance to every single antibiotic used to cure gonorrhea, but thus far they do not coexist within a single gonococcus. However, because of N. gonorrhoeae's high affinity for horizontal gene transfer, antibiotic-resistant gonorrhea is seen as an emerging public health threat.[43]
Vaccine[edit]
Due to the relative frequency of infection and the rapid evolution of antibiotic resistance in strains of N. gonorrhoeae, vaccines are thought to be an important goal in the prevention of infection. Development of a vaccine has been complicated by the ongoing evolution of resistant strains and antigenic variation (the ability of N. gonorrhoeae to disguise itself with different surface markers to evade the immune system).[44]
History[edit]
Name origin[edit]
Neisseria gonnorhoeae is named for Albert Neisser who isolated it as the causative agent of the disease gonorrhea in 1978.[45][3] Galen (130 AD) coined the term "gonorrhea" from the Greek gonos which means "seed" and rhoe which means "flow".[46][47] Thus gonorrhea means "flow of seed", a description referring to the white penile discharge, assumed to be semen, seen in male infection.[45]
Discovery[edit]
In 1878 Albert Neisser isolated and visualized N. gonorrhoeae diplococci in samples of pus from 35 men and women with the classic symptoms of genitourinary infection with gonorrhea – two of whom also had infections of the eyes.[48] In 1882, Leistikow and Loeffler were able to grow the organism in culture.[45] Then in 1883 Max Bockhart proved conclusively that the bacterium isolated by Albert Neisser was the causative agent of the disease known as gonorrhea by inoculating the penis of a healthy man with the bacteria.[48] The man developed the classic symptoms of gonorrhea days after – satisfying the last of Koch's postulates. Until this point researchers debated whether syphilis and gonorrhea were manifestations of the same disease or two distinct entities.[49][48][47] One such 18th century researcher, John Hunter, tried to settle the debate in 1767[47] by inoculating a man with pus from a patient with gonorrhea. He erroneously concluded that both disease were indeed the same when the man developed the copper-colored rash classic syphilis, respectively.[50][49] Although many sources repeat that Hunter inoculated himself,[50][45] others have argued that it was in fact another man.[51] After Hunter's experiment other scientists sought to disprove his conclusions by inoculating other male physicians, medical students,[45] and incarcerated men with gonorrheal pus, who all developed the burning and discharge of gonorrhea. One researcher, Ricord, took the initiative to perform 667 inoculations of gonorrheal pus on patients of a mental hospital, with zero cases of syphilis.[47][45] Notably, it was not until the advent of penicillin in the 1940s when effective treatments for gonorrhea were available.
See also[edit]
Neisseria meningitidis
References[edit]
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Jump up ^ Nwokolo, Nneka C; Dragovic, Bojana; Patel, Sheel; Tong, CY William; Barker, Gary; Radcliffe, Keith (2016-03-01). "2015 UK national guideline for the management of infection with Chlamydia trachomatis". International Journal of STD & AIDS. 27 (4): 251–267. doi:10.1177/0956462415615443. ISSN 0956-4624.
Jump up ^ "UK doctors advised gonorrhoea has turned drug resistant". BBC News. 10 October 2011.
^ Jump up to: a b STI Awareness: Antibiotic-Resistant Gonorrhea. Planned Parenthood Advocates of Arizona. 6 March 2012. Retrieved 6 March 2012.
Jump up ^ Baarda, Benjamin I.; Sikora, Aleksandra E. (2015). "Proteomics of Neisseria gonorrhoeae: the treasure hunt for countermeasures against an old disease". Frontiers in Microbiology. 6. doi:10.3389/fmicb.2015.01190. ISSN 1664-302X; Access provided by the University of Pittsburgh.
^ Jump up to: a b c d e f Spence, M. R. (March 1983). "Gonorrhea". Clinical Obstetrics and Gynecology. 26 (1): 111–124. ISSN 0009-9201. PMID 6404578.
Jump up ^ "gonorrhea | Origin and meaning of gonorrhea by Online Etymology Dictionary". www.etymonline.com. Retrieved 2017-12-05.
^ Jump up to: a b c d Norris, Charles Camblos (1913). Gonorrhea in women. W. B Saunders Co.
^ Jump up to: a b c Ligon, B. Lee (October 2005). "Albert Ludwig Sigesmund Neisser: discoverer of the cause of gonorrhea". Seminars in Pediatric Infectious Diseases. 16 (4): 336–341. doi:10.1053/j.spid.2005.07.001. ISSN 1045-1870. PMID 16210113.
^ Jump up to: a b Singal, Archana; Grover, Chander (2016-02-12). Comprehensive Approach to Infections in Dermatology. JP Medical Ltd. ISBN 9789351527480.
^ Jump up to: a b Ross, John J. (2005-12-01). "Book Review". New England Journal of Medicine. 353 (22): 2412–2413. doi:10.1056/NEJM200512013532221. ISSN 0028-4793.
Jump up ^ Gladstein, J. (2005-07-01). "Hunter's Chancre: Did the Surgeon Give Himself Syphilis?". Clinical Infectious Diseases. 41 (1): 128–128. doi:10.1086/430834. ISSN 1058-4838.
External links[edit]
Todar, Kenneth. "Pathogenic Neisseriae: Gonorrhea, Neonatal Ophthalmia and Meningococcal Meningitis". Todar's Online Textbook of Bacteriology.
Gonorrhea at eMedicine
"Neisseria gonorrhoeae". NCBI Taxonomy Browser. 485.
Type strain of Neisseria gonorrhoeae at BacDive – the Bacterial Diversity Metadatabase
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Admiral of the fleet of the Soviet Union
From Wikipedia, the free encyclopedia
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Admiral of the fleet of the Soviet Union
(1955 – 1994)
Marshal's Star – big shoulder board
Rank insignia Soviet Armed Forces
Introduction 1955
Rank group Flag officer
Army Marshal of the Soviet Union
NATO
equivalent OF-10
An admiral of the fleet of the Soviet Union (Russian: адмирал флота Cоветского Cоюза, translit. admiral flota Sovietskogo Soyuza), was the highest naval rank of the Soviet Union. It was comparable to NATO five-star rank (OF-10 level).
Overview[edit]
The rank was largely honorary and could be considered equivalent to admiral of the fleet in other nations. It was formally established by the Council of Ministers of the Soviet Union on March 3, 1955, and replaced a similarly named rank, admiral of the fleet (aдмирал флота) that had been equivalent to marshal of the Soviet Union since 1945. The holders were entitled to a marshal's star.
Upon its creation, the only two admirals of the fleet, Nikolai Kuznetsov and Ivan Isakov, were "promoted" to this rank. Less than a year later Kuznetsov was demoted to vice admiral for political reasons in 1956 and Isakov remained the only admiral of the fleet of the Soviet Union until his death in 1967. His successor, Admiral Sergei Gorshkov, then became the third and final admiral of the fleet of the Soviet Union. Gorshkov died in 1988 and no further appointments were made before the fall of the Soviet Union in 1991.
From 1962 onwards, it was one grade higher than admiral of the fleet, which was recreated as an intermediate rank, equivalent to general of the army.
List of admirals of the fleet of the Soviet Union[edit]
Ivan Isakov (1894–1967); appointed March 3, 1955
Nikolai Kuznetsov (1904–74); appointed March 3, 1955; demoted February 17, 1956; restored posthumously July 26, 1988
Sergei Gorshkov (1910–88); appointed October 28, 1967
See also[edit]
Ranks and rank insignia of the Soviet Army 1943–1955, and ... 1955–1991
Marshal of the Soviet Union
Soviet military ranks
Junior rank
Admiral of the fleet
(ranks Soviet Navy)
Admiral of the fleet
of the Soviet Union
(Marshal of the Soviet Union)
Senior rank
Generalissimus of the Soviet Union
This Soviet Union–related article is a stub. You can help Wikipedia by expanding it.
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I Can't Go for That (No Can Do)
From Wikipedia, the free encyclopedia
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"I Can't Go for That (No Can Do)"
Cover art for British vinyl releases
Single by Daryl Hall and John Oates
from the album Private Eyes
B-side
"Unguarded Minute"
Released
December 14, 1981
Format
7" single
12" single
Recorded
March 1981
Genre
R&B, pop
Length
5:09 (album version)
4:14 (video edit)
3:45 (single edit)
6:05 (extended club mix)
Label
RCA
Songwriter(s)
Sara Allen
Daryl Hall
John Oates
Producer(s)
Hall & Oates
Daryl Hall and John Oates singles chronology
"Private Eyes"
(1981) "I Can't Go for That (No Can Do)"
(1981) "Did It in a Minute"
(1981)
"Private Eyes"
(1981) "I Can't Go for That (No Can Do)"
(1981) "Did It in a Minute"
(1981)
"I Can't Go for That (No Can Do)" is a song by the American duo Daryl Hall and John Oates. Written by Daryl Hall and John Oates, and co-written by Sara Allen, the song was released as the second single from their tenth studio album, Private Eyes (1981). The song became the fourth number-one hit single of their career on the Billboard Hot 100 and the second hit single from Private Eyes. It features Charles DeChant on saxophone.[1]
"I Can't Go for That (No Can Do)" is one of fourteen Hall & Oates songs that have been played on the radio over one million times, according to BMI.[citation needed]
Contents
[hide]
1 Composition
2 Personnel
3 Chart performance
3.1 Weekly charts
3.2 Year-end charts
4 Awards and accolades
4.1 Influence on "Billie Jean"
5 Legacy
6 See also
7 References
8 External links
Composition[edit]
Daryl Hall sketched out the basic song one evening at a music studio in New York City, in 1981, after a recording session for the Private Eyes album. Hall began to play a bass line on a Korg organ, and sound engineer Neil Kernon recorded the result. Hall then came up with a guitar riff, which he and Oates worked on together. The next day, Hall, Oates and Sara Allen worked on the lyrics.[1]
Speaking about the meaning of the lyrics, John Oates has stated that while many listeners may assume the lyrics are about a relationship, in reality, the song, "is about the music business. That song is really about not being pushed around by big labels, managers, and agents and being told what to do, and being true to yourself creatively." This was done intentionally, he explained, to universalize the topic of the song into something everyone could relate to and ascribe personal meaning to in their own way. Naming "Maneater" as another example, he revealed that this was a common theme for the group's songs.[2][3]
Personnel[edit]
Daryl Hall: lead vocals and backing vocals, synthesizer, Programation, Roland CR-78 drum machine
John Oates: electric guitar, backing vocals
Charles DeChant: saxophone, backing vocals
John Siegler: bass
Chart performance[edit]
The single debuted at number 59 on the Hot 100 the week of November 14, 1981 as the highest debut of the week and after eleven weeks, on January 30, 1982 it reached the top of the chart, staying there for a week.[4][5] "I Can't Go for That" ended a 10-week run at the top of the Hot 100 by Olivia Newton-John's song, "Physical" (which had knocked out Hall & Oates' "Private Eyes" from the top spot). The song also went to number one on the Hot Dance Club Play chart for one week in January 1982.[6]
Thanks to heavy airplay on urban contemporary radio stations, "I Can't Go for That" also topped the US R&B chart, a rare feat for a white act. It was the only record by a white act to hit No. 1 on both the Hot 100 and R&B/Hip-Hop Songs charts during all of 1982.[7] The single was certified gold by the RIAA for shipments of 500,000 units on January 7, 1982.[8] According to the Hall & Oates biography, Hall, upon learning that "I Can't Go For That" had gone to number one on the R&B chart, wrote in his diary, "I'm the head soul brother in the U.S. Where to now?"
It also peaked at #1 on the Radio & Records CHR/Pop Airplay chart on December 18, 1981 staying at the top of the chart for six weeks and remaining on it for fifteen weeks, making it their biggest hit on the R&R airplay chart.[9] This single was also the first top 10 hit for the duo in the UK peaking at number 8 in the UK Singles Chart.[10] It was certified silver by the BPI on March 1, 1982 for shipments of 200,000 units.[11]
Weekly charts[edit]
Chart (1981–82)
Peak
position
Australia (Kent Music Report)
13
Canada Top Singles (RPM)[12]
2
Germany (Official German Charts)[13]
72
Netherlands (Single Top 100)[14]
13
New Zealand (Recorded Music NZ)[15]
5
Sweden (Sverigetopplistan)[16]
10
UK Singles (Official Charts Company)[10]
8
US Billboard Hot 100[5]
1
US Adult Contemporary (Billboard)[17]
12
US Dance Club Songs (Billboard)[6]
1
US Hot R&B/Hip-Hop Songs (Billboard)[18]
1
US Mainstream Rock (Billboard)[19]
28
US Radio & Records CHR/Pop Airplay Chart[9]
1
Year-end charts[edit]
Chart (1982)
Rank
Australia (Kent Music Report)[20][not in citation given] 96
Canada Top Singles (RPM)[21] 16
US Billboard Hot 100[22] 15
Awards and accolades[edit]
"I Can't Go for That" was voted number six on VH1's list of "The 100 Greatest Songs of the '80s."
Influence on "Billie Jean"[edit]
According to Daryl Hall, during the recording of "We Are the World", Michael Jackson approached him and admitted to lifting the bass line for "Billie Jean" from a Hall and Oates song, apparently referring to "I Can't Go for That (No Can Do)." Hall says that he told Jackson that he had lifted the bass line from another song himself, and that it was "something we all do."[1][23][24] Van Halen would also do something similar by lifting the synthesizer used in Kiss On My List for their hit Jump.
Legacy[edit]
Sunrise by Simply Red extensively samples "I Can't Go for That"
Say No Go by De La Soul samples "I Can't Go for That"
On Hold by The xx samples "I Can't Go for That"
See also[edit]
List of number-one dance hits (United States)
List of Billboard Hot 100 number-one singles of 1982
References[edit]
^ Jump up to: a b c "Archived copy". Archived from the original on 2014-01-09. Retrieved 2014-01-13.
Jump up ^ Something Else! (24 March 2014). "Hall and Oates' 'I Can't Go For That' isn't about what you think it's about; neither is 'Maneater'". Something Else!. Retrieved 27 November 2014.
Jump up ^ Kauffman, Leah (18 March 2014). "John Oates on his new album, Rock and Roll Hall of Fame induction, and what 'I Can't Go For That' is really about". Philly.com. Retrieved 27 November 2014.
Jump up ^ "Hot 100". Billboard: 108. November 14, 1981. ISSN 0006-2510. Retrieved August 16, 2017.
^ Jump up to: a b "Daryl Hall John Oates Chart History (Hot 100)". Billboard. Retrieved July 8, 2017.
^ Jump up to: a b "Disco Top 80". Billboard. 94 (3): 42. January 23, 1982. ISSN 0006-2510. Retrieved January 2, 2018.
Jump up ^ Greenberg, Steve (November 30, 2012). "Michael Jackson's 'Thriller' at 30: How One Album Changed the World". Billboard. Retrieved 2017-08-17. In fact, the only record to hit No. 1 on both the pop and black charts during all of 1982 was by a white act: "I Can't Go For That" by Hall & Oates.
Jump up ^ "American single certifications – Hall & Oates – I Can't Go For That (No Can Do)". Recording Industry Association of America. Retrieved September 17, 2017.
^ Jump up to: a b "Daryl Hall & John Oates – Chart history (CHR/Pop Airplay)". wweb.uta.edu. Retrieved 2017-08-16.
^ Jump up to: a b "Daryl Hall & John Oates: Artist Chart History". Official Charts Company. Retrieved July 8, 2017.
Jump up ^ "British single certifications – Daryl Hall & John Oates – I Can't Go For That (No Can Do)". British Phonographic Industry. Retrieved September 17, 2017.
Jump up ^ "Top RPM Singles: Issue 0460." RPM. Library and Archives Canada. Retrieved July 8, 2017.
Jump up ^ "Offiziellecharts.de – Daryl Hall & John Oates – I Can't Go For That (No Can Do)". GfK Entertainment Charts. Retrieved July 8, 2017.
Jump up ^ "Dutchcharts.nl – Daryl Hall & John Oates – I Can't Go For That (No Can Do)" (in Dutch). Single Top 100. Retrieved July 8, 2017.
Jump up ^ "Charts.org.nz – Daryl Hall & John Oates – I Can't Go For That (No Can Do)". Top 40 Singles. Retrieved July 8, 2017.
Jump up ^ "Swedishcharts.com – Daryl Hall & John Oates – I Can't Go For That (No Can Do)". Singles Top 100. Retrieved July 8, 2017.
Jump up ^ "Daryl Hall John Oates Chart History (Adult Contemporary)". Billboard. Retrieved July 8, 2017.
Jump up ^ "Daryl Hall John Oates Chart History (Hot R&B/Hip-Hop Songs)". Billboard. Retrieved March 30, 2017.
Jump up ^ "Daryl Hall John Oates Chart History (Mainstream Rock)". Billboard. Retrieved March 30, 2017.
Jump up ^ "Australian Chart Book". Austchartbook.com.au. Archived from the original on 2016-03-05. Retrieved 2016-10-19.
Jump up ^ "Item Display - RPM - Library and Archives Canada". Collectionscanada.gc.ca. Retrieved 2016-10-19.
Jump up ^ "Top 100 Hits of 1982/Top 100 Songs of 1982". Musicoutfitters.com. Retrieved 2016-10-19.
Jump up ^ Eskow, Gary (April 1, 2006). "Classic Tracks: Hall & Oates "I Can't Go For That (No Can Do)"". Mix Online. Retrieved January 5, 2017.
Jump up ^ Hall, Daryl (July 10, 2009). "Michael Jackson Remembered: Daryl Hall on the Ultimate Video Star". The Rolling Stone. Retrieved October 15, 2010.
External links[edit]
Lyrics of this song at MetroLyrics
Video on VH1 Classic website
Preceded by
"Physical" by Olivia Newton-John Billboard Hot 100 number-one single
January 30, 1982 Succeeded by
"Centerfold" by The J. Geils Band
Preceded by
"Turn Your Love Around" by George Benson Billboard Hot Soul Singles number-one single
January 30, 1982 Succeeded by
"Call Me" by Skyy
Preceded by
"Wordy Rappinghood" / "Genius of Love" by Tom Tom Club Billboard Hot Dance Club Play number-one single
January 23, 1982 Succeeded by
"You're the One for Me " by D. Train
[hide]
v
t
e
Daryl Hall & John Oates
Daryl Hall
John Oates
Studio albums
Whole Oats (1972)
Abandoned Luncheonette (1973)
War Babies (1974)
Daryl Hall & John Oates (1975)
Bigger Than Both of Us (1976)
Beauty on a Back Street (1977)
Along the Red Ledge (1978)
X-Static (1979)
Voices (1980)
Private Eyes (1981)
H2O (1982)
Big Bam Boom (1984)
Ooh Yeah! (1988)
Change of Season (1990)
Marigold Sky (1997)
Do It for Love (2003)
Our Kind of Soul (2004)
Home for Christmas (2006)
Live albums
Livetime (1978)
Live at the Apollo (1985)
Greatest Hits Live (2001)
Compilation albums
No Goodbyes (1977)
Rock 'n Soul Part 1 (1983)
The Atlantic Collection (1996)
Playlist: The Very Best of Daryl Hall & John Oates (1998)
The Very Best of Daryl Hall & John Oates (2001)
VH1 Behind the Music: The Daryl Hall and John Oates Collection (2002)
Ultimate Daryl Hall + John Oates (2004)
The Singles (2008)
Singles
"She's Gone" (1974)
"Sara Smile" (1976)
"Rich Girl" (1977)
"Wait for Me" (1979)
"You've Lost That Lovin' Feelin'" (1980)
"Kiss on My List" (1981)
"You Make My Dreams" (1981)
"Private Eyes" (1981)
"I Can't Go for That (No Can Do)" (1981)
"Did It in a Minute" (1982)
"Maneater" (1982)
"One on One" (1983)
"Family Man" (1983)
"Jingle Bell Rock" (1983)
"Say It Isn't So" (1983)
"Adult Education" (1984)
"Out of Touch" (1984)
"Method of Modern Love" (1985)
"A Nite at the Apollo Live! The Way You Do the Things You Do/My Girl" (live) (1985)
"Everything Your Heart Desires" (1988)
"Love Train" (1989)
"So Close" (1990)
"Do It for Love" (2002)
"Someday We'll Know" (2003)
"Getaway Car" (2003)
"I'll Be Around" (2004)
"Without You" (2004)
"I Can Dream About You" (2005)
"Ooh Child" (2005)
"It Came Upon the Midnight Clear" (2006)
Hall solo albums
Sacred Songs (1980)
Three Hearts in the Happy Ending Machine (1986)
Soul Alone (1993)
Can't Stop Dreaming (1996)
Laughing Down Crying (2011)
Oates solo albums
Phunk Shui (2002)
John Oates: Live at the Historic Wheeler Opera House (2004)
Related articles
Discography
Interpreting the Masters Volume 1: A Tribute to Daryl Hall and John Oates
Live from Daryl's House
Book
Commons
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value: I Can't Go for That (No Can Do) – French

value: I Can't Go for That (No Can Do) – Italian

value: I Can’t Go for That (No Can Do) – Russian

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