A 46,XX,t(Cp+;Cq-) translocation in a girl with multiple congenital anomalies and in her phenotypically normal father 46,XY,t(Cq+;Cq-).

Bargman, Gerald J.; Neu, R L; Powers, Harold O.; Gardner, LyttI.

doi:10.1136/jmg.7.1.77

Cited by 4 publications

(3 citation statements)

References 5 publications

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“…A few reciprocal translocations involving only group C have been described (Rohde and Gatz, 1964;Lejeune and Berger, 1965;Lindsten et al, 1965;Stahl et al, 1966;McDermott et al, 1968;Lejeune et al, 1968;Bargman et al, 1970). None of them, however, is comparable to the translocation found in the father of our patient.…”

Section: Discussionsupporting

confidence: 50%

A Family with a Balanced C/C Translocation Carrier and an Unbalanced 47, XY, (Cq−) + Son

Guanti

Battaglia

Petrinelli

et al. 1971

Acta genet. med. gemellol.

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SummaryAn account is given of a family identified by a newborn malformed male. The chromosome anomalies described are interpreted as indicating that the father has a balanced translocation with a reciprocal exchange between no. 9 and no. 12. The supernumerary chromosome resembling a group F element, which is found in the propositus, is in fact one of the two rearranged chromosomes present in the father. The propositus therefore is trisomic for part of no. 9 and no. 12. His brother has a normal karyotype. Possible meiotic situations leading to the formation of the observed karyotypes are discussed.

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Section: Discussionsupporting

confidence: 50%

A Family with a Balanced C/C Translocation Carrier and an Unbalanced 47, XY, (Cq−) + Son

Guanti

Battaglia

Petrinelli

et al. 1971

Acta genet. med. gemellol.

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“…Even in the absence of such formal studies, evidence questioning the specificity of these features has emerged. For example, though Hutchinson's incisors are routinely considered to be diagnostic of congenital syphilis in the paleopathology literature, contemporary case studies demonstrate that notched and tapering incisors may be found in a number of other, noninfectious conditions (Torgersen, 1951; Bargman et al, 1970; Lindenbaum and Bobrow, 1975; Walpole et al, 1990). Indeed, on the whole, abnormal tooth formation has long been considered a non‐specific phenomenon in dentistry, related to a number of local and systemic developmental disturbances (Kreshover, 1960).…”

Section: Introductionmentioning

confidence: 99%

The origin and antiquity of syphilis revisited: An Appraisal of Old World pre‐Columbian evidence for treponemal infection

Harper

Zuckerman

Harper

et al. 2011

American J Phys Anthropol

155

138

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For nearly 500 years, scholars have argued about the origin and antiquity of syphilis. Did Columbus bring the disease from the New World to the Old World? Or did syphilis exist in the Old World before 1493? Here, we evaluate all 54 published reports of pre‐Columbian, Old World treponemal disease using a standardized, systematic approach. The certainty of diagnosis and dating of each case is considered, and novel information pertinent to the dating of these cases, including radiocarbon dates, is presented. Among the reports, we did not find a single case of Old World treponemal disease that has both a certain diagnosis and a secure pre‐Columbian date. We also demonstrate that many of the reports use nonspecific indicators to diagnose treponemal disease, do not provide adequate information about the methods used to date specimens, and do not include high‐quality photographs of the lesions of interest. Thus, despite an increasing number of published reports of pre‐Columbian treponemal infection, it appears that solid evidence supporting an Old World origin for the disease remains absent. Yrbk Phys Anthropol 54:99–133, 2011. © 2011 Wiley Periodicals, Inc.

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“…Zinc deficiency is widespread micronutrient deficiency and one of the major constraint in world food production. In rice production, short supply of zinc to the crop, yield often reduce (Gao et al 2006) [1] and Zn mass concentration in the grains are often low (Jiang et al 2007) [2] which resulted Zn malnutrition of people who depend on rice based diet. Zinc deficiency in soils of Odisha ranges from 0 to 76 percent with a mean of 19 percent (Jena et al 2008) [4] .…”

Section: Introductionmentioning

confidence: 99%

Screening of rice (Oryza sativa L.) genotypes for zinc efficiency in Inceptisols of Odisha

Pal¹,

Malik²,

Singh³

2020

J Pharmacogn Phytochem

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Zinc deficiency in crop has been recognized as world wise nutritional constraint. Zinc is important micronutrient for plant growth and nutrition of human being. Short supply of zinc to crops yield results in low concentration in grain for which malnutrition of human being occurs, those depends on rice based diet mainly in developing countries. Growing zinc efficient cultivars represent long term solution for sustainable approach to crop production. Twenty diverse rice genotypes were tested in a field experiment of Inceptisols of Odisha, at three levels of Zn (0,20kgha-1 and 20kgha-1 +0.5% ZnSO4 sprayed twice at pre-flowering and booting stage) with the objective of developing a screening technique to evaluate the rice genotypes for zinc use efficiency. Genotypes differed significantly in grain yield. Grain yield efficiency Index is the best tools to categorize the genotypes into efficient and non-efficient groups. The relative grain yield ie. Zn efficiency index from 96.7 to 76.2 percent and relative grain Zn uptake ie. Zn efficiency from 91.4 to 68.3% among the genotypes. On the basis of grain yield and Zn efficiency, genotypes are classified on efficient and responsive (Swarna, IR 64,Vanaprava, Lalata, Gajapati and Ranidhan), efficient and non responsive (Prachi, Samba masuri, Kharbela, Sarala, Monoswani, Swarna masuri and Jajati), Inefficient and responsive (Birupa, Banki and CR1030), Inefficient and non responsive (IR 36, Suphala, Ghanteswari and Rudra). From practical point of view, genotypes that produce high grain yield at low level of Zn and responsive well to Zn addition are most desirable because they able to express their high potential in a wide range of Zn availability.

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A 46,XX,t(Cp+;Cq-) translocation in a girl with multiple congenital anomalies and in her phenotypically normal father 46,XY,t(Cq+;Cq-).

Cited by 4 publications

References 5 publications

A Family with a Balanced C/C Translocation Carrier and an Unbalanced 47, XY, (Cq−) + Son

A Family with a Balanced C/C Translocation Carrier and an Unbalanced 47, XY, (Cq−) + Son

The origin and antiquity of syphilis revisited: An Appraisal of Old World pre‐Columbian evidence for treponemal infection

Screening of rice (Oryza sativa L.) genotypes for zinc efficiency in Inceptisols of Odisha

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