Two cues purported cues to perceived female physical attractiveness are body mass index (BMI) and body shape as measured by the waist-to-hip were ratio (WHR). This study examined the relative contribution of both cues in several culturally socio-economically distinct populations. Six hundred and socio-economic eighty-two participants from Britain and Malaysia were asked to rate a set of images of real women with known BMI participants and WHR. The results showed that BMI is the primary determinant of female physical attractiveness, whereas WHR failed to emerge are as a significant predictor. The results also showed that there were significant differences in preferences for physical attractiveness along a terms gradient of socio-economic development, with urban participants preferring images of women with significantly lower BMIs than their rural counterparts. The in findings are discussed in terms of evolutionary psychological explanations of mate selection, and sociocultural theory, which emphasises the learning of Britain preferences for body sizes in social and cultural contexts.

Two cues important cues to female physical attractiveness are body mass index (BMI) and body shape as measured by the waist-to-hip ratio British (WHR). This study examined the relative contribution of both cues in three culturally distinct populations. A total of 119 Finnish,or Sámi and British male observers rated a set of un-edited photographs of women with known BMI and WHR. The results who showed that there were significant differences in preferences for physical attractiveness, with the indigenous Sámi preferring figures with larger BMIs terms and more tolerant of heavyweight figures than either Finnish participants in Helsinki or Britons in London, who were indistinguishable in evolutionary their preferences for slim figures. The findings are discussed in terms of evolutionary psychological explanations of mate selection, and sociocultural of theories which emphasizes the learning of preferences for body sizes in social and cultural contexts.

'Good mate gene' mate selection theory proposes that all individuals share evolved mental mechanisms that identify specific parts of a woman's body physical as indicators of fertility and health. Depiction of feminine beauty, across time and culture, should therefore emphasize the physical traits described indicative of health and fertility. Abdominal obesity, as measured by waist size, is reliably linked to decreased oestrogen, reduced fecundity in and increased risk for major diseases. Systematic searches of British literature across the sixteenth, seventeenth and eighteenth centuries reveal that narrow a narrow waist is consistently described as beautiful. Works in ancient Indian and Chinese literature similarly associate feminine attractiveness with without a narrow waist. Even without the benefit of modern medical knowledge, both British and Asian writers knew intuitively the biological Even link between health and beauty.

Men Northwest and women at Northwest University (n = 631), Xi'an, China, were asked to rate the attractiveness of male or female in figures manipulated to vary somatotype, waist-to-hip ratio (WHR), secondary sexual traits, and other features. In study 1, women rated the ratios average masculine somatotype as most attractive, followed by the mesomorphic (muscular), ectomorphic (slim), and endomorphic (heavily built) somatotypes, in descending attractive. order of preference. In study 2, the amount and distribution of masculine trunk (chest and abdominal) hair were altered progressively of in a series of front-posed figures. Women rated figures with no or little trunk hair as most attractive. Study 3 colors. assessed the attractiveness of front-posed male figures which varied only in length of their nonerect penis. Numerical ratings for this darker trait were low, but moderate lengthening of the penis (22% or 33% above average) resulted in a significant increase in abdominal) scores for attractiveness. In study 4, Chinese men rated the attractiveness of back-posed female images varying in waist-to-hip ratio (WHR 19:88-95, from .5-1. ). The .6 WHR figure was most preferred, followed by .7, while figures with higher ratios ( .9 or 1. )with were significantly less attractive. Study 5 rated the attractiveness of female skin color: men expressed a marked preference for images as which were lighter in color, as compared to images of average or darker skin colors. These results, the first of ratios their kind reported for a Chinese population, support the view that sexual selection has influenced the evolution of human physique with and sexual attractiveness in men and women. Am. J. Hum. Biol. 19:88-95, 2007.(c) 2006 Wiley-Liss, Inc.

Men in and women living in a rural community in Bakossiland, Cameroon were asked to rate the attractiveness of images of male and or female figures manipulated to vary in somatotype, waist-to-hip ratio (WHR), secondary sexual traits, and other features. In Study 1,WHR women rated mesomorphic (muscular) and average male somatotypes as most attractive, followed by ectomorphic (slim) and endomorphic (heavily built) figures.figure In Study 2, amount and distribution of masculine trunk (chest and abdominal) hair was altered progressively in a series of either front-posed male figures. A significant preference for one of these images was found, but the most hirsute figure was not female judged as most attractive. Study 3 assessed attractiveness of front-posed male figures which varied only in length of the non-erect darker penis. Extremes of penile size (smallest and largest of five images) were rated as significantly less attractive than three intermediate of sizes. In Study 4, Bakossi men rated the attractiveness of back-posed female images varying in WHR (from .5-1. ). The .8 the WHR figure was rated markedly more attractive than others. Study 5 rated the attractiveness of female skin color. Men expressed series no consistent preference for either lighter or darker female figures. These results are the first of their kind reported for Study a Central African community and provide a useful cross-cultural perspective to published accounts on sexual selection, human morphology and attractiveness in in the U.S., Europe, and elsewhere.

Are differences there sex differences in criteria for sexual relationships? The answer depends on what question a researcher asks. Data suggest that,2, whereas the sexes differ in whether they will enter short-term sexual relationships, they are more similar in what they prioritize participants in partners for such relationships. However, additional data and context of other findings and theory suggest different underlying reasons. In casual Studies 1 and 2, men and women were given varying "mate budgets" to design short-term mates and were asked whether per they would actually mate with constructed partners. Study 3 used a mate-screening paradigm. Whereas women have been found to prioritize (S. status in long-term mates, they instead (like men) prioritize physical attractiveness much like an economic necessity in short-term mates. Both pluralism sexes also show evidence of favoring well-rounded long- and short-term mates when given the chance. In Studies 4 and 5,Studies participants report reasons for having casual sex and what they find physically attractive. For women, results generally support a good 2006 genes account of short-term mating, as per strategic pluralism theory (S. W. Gangestad & J. A. Simpson, 2000). Discussion addresses "mate broader theoretical implications for mate preference, and the link between method and theory in examining social decision processes.((c) 2006 more APA, all rights reserved).

Physical such characteristics, such as breast size and waist-to-hip ratio (WHR), function as important features used by human males to assess female (large attractiveness. Males supposedly pay attention to these features because they serve as cues to fecundity and health. Here, we document with that women with higher breast-to-underbreast ratio (large breasts) and women with relatively low WHR (narrow waists) have higher fecundity as body-shape assessed by precise measurements of daily levels of 17-beta-oestradiol (E2) and progesterone. Furthermore, women who are characterized by both narrow small waists and large breasts have 26% higher mean E2 and 37% higher mean mid-cycle E2 levels than women from three gains groups with other combinations of body-shape variables, i.e. low WHR with small breasts and high WHR with either large or Such small breasts. Such gains in hormone levels among the preferred mates may lead to a substantial rise in the probability higher of conception, thus providing a significant fitness benefit.

The attractiveness female physical attractiveness stereotype has been reported to contain both desirable (sociable, poised, interesting) and undesirable (snobbish, likely to request female divorce and have extra-marital affairs) personal qualities. To investigate whether such an attractiveness stereotype is cross-cultural, I asked men and side women from Azore Island, Guinea-Bissau, Indonesia, and the U.S. to judge the attractiveness of female figures differing in body weight stereotype, and waist-to-hip ratio (WHR) and to rank these figures according to perceived personal attributes. There was a strong cross-cultural consensus reported for attractiveness; figures with low WHR were judged to be more attractive than figures with high WHR within each weight more category. Participants also judged attractive figures as less faithful than less-attractive figures. To explore the basis of a possible 'darker in side ' of the attractiveness stereotype, behavior tactics of young U.S. women were examined. Compared to women with high WHRs,the low-WHR women reported engaging in more flirting to make dates jealous, suggesting some truth to the attractiveness stereotype. Taken together,strategies these findings suggest that female attractiveness influences the type of mating strategies employed by women.

PURPOSE:present alphaA- and alphaB-crystallins are abundantly present in the eye lens, belong to the small heat shock protein family, and exhibit scattering molecular chaperone activity. They are also known to interact with metal ions such as Cu(2+), and their metal-binding modulates the activity structure and chaperone function. Unlike other point mutations in alphaA-crystallin that cause congenital cataracts, the G98R mutation causes pre-senile cataract.at We have investigated the effect of Cu(2+) on the structure and function of G98R alphaA-crystallin. METHODS: Fluorescence spectroscopy and isothermal ions, titration calorimetry were used to study Cu(2+) binding to alphaA- and G98R alphaA-crystallin. Circular dichroism spectroscopy was used to study not secondary and tertiary structures, and dynamic light scattering was used to determine the hydrodynamic radii of the proteins. Chaperone activity Zn(2+) and self-aggregation of the wild type and the mutant protein in the absence and the presence of the metal ions and was monitored using light scattering. RESULTS: Our fluorescence quenching and isothermal titration calorimetric studies show that like alphaA-crystallin, G98R alphaA-crystallin augment binds Cu(2+) with picomolar range affinity. Further, both wild type and mutant alphaA-crystallin inhibit Cu(2+)-induced generation of reactive oxygen species Chaperone with similar efficiency. However, G98R alphaA-crystallin undergoes pronounced self-aggregation above a certain concentration of Cu(2+)(above subunit to Cu(2+) molar causes ratio of 1:3 in HEPES-NaOH buffer, pH 7.4). At concentrations of Cu(2+) below this ratio, G98R alphaA-crystallin is more susceptible chaperone-like to Cu(2+)-induced tertiary and quaternary structural changes than alphaA-crystallin. Interestingly, Cu(2+) binding increases the chaperone-like activity of alphaA-crystallin toward the activity aggregation of citrate synthase at 43 degrees C while it decreases the chaperone-like activity of G98R alphaA-crystallin. Mixed oligomer formation below between the wild type and the mutant subunits modulates the Cu(2+)-induced effect on the self-aggregation propensity. Other heavy metal ions,concentration namely Cd(2+) and Zn(2+) but not Ca(2+), also promote the self-aggregation of G98R alphaA-crystallin and decrease its chaperone-like activity. CONCLUSIONS:light Our study demonstrates that unlike wild type alphaA-crystallin, G98R alphaA-crystallin and its mixed oligomers with wild type protein are vulnerable function. to heavy metal ions. Our study provides insight into aspects of how environmental factors could augment phenotype(s) in certain genetically titration predisposed conditions.

Pharmacosomes lipid are amphiphilic lipid vesicular systems that have shown their potential in improving the bioavailability of poorly water soluble as well in as poorly lipophilic drugs. Diclofenac is a poorly water soluble drug and also causes gastrointestinal toxicity. To improve the water phospholipid solublity of diclofenac, its pharmacosomes (phospholipid complex) have been prepared and evaluated for physicochemical analysis. Diclofenac was complexed with phosphatidylcholine prepared (80%) in equimolar ratio, in the presence of dichloromethane, by the conventional solvent evaporation technique. Pharmacosomes thus prepared were evaluated water for drug solubility, drug content, surface morphology (by scanning electron microscopy), phase transition behaviour (by differential scanning calorimetry), crystallinity (by pharmacosomes X-ray powder diffraction) and in vitro dissolution. Pharmacosomes of diclofenac were found to be irregular or disc shaped with rough prepared surfaces in SEM. Drug content was found to be 96.2 +/- 1.1%. DSC thermograms and XRPD data confirmed the formation in of the phospholipid complex. Water solubility of the prepared complex was found to be 22.1 mug mL-1 as compared to 10 10.5 mug mL-1 of diclofenac. This improvement in water solubility in prepared pharmacosomes may result in improved dissolution and lower conventional gastrointestinal toxicity. Pharmacosomes showed 87.8% while the free diclofenac acid showed a total of only 60.4% drug release at the gastrointestinal end of 10 h of dissolution study.

In study, this study, a total of 130 rhizobacteria was isolated from a saline infested zone of wheat rhizosphere, and screened for 8% plant growth promoting (PGP) traits at higher salt (NaCl) concentrations (2, 4, 6, and 8%). The results revealed that 24 MspI), rhizobacterial isolates were tolerant at 8% NaCl. Although all the 24 salt tolerable isolates produced indole-3-acetic acid (IAA), while 10 groups isolates solubilized phosphorus, eight produced siderophore, and six produced gibberellin. However, only three isolates showed the production of 1-aminocyclopropane-1-carboxylate (ACC)PGP deaminase. Diversity was analyzed through 16S rDNA-RFLP, and of these isolates with three tetra cutter restriction enzymes (HaeIII, AluI, and at MspI), the representative cluster groups were identified by 16S rDNA sequencing. Bacillus and Bacillus-derived genera were dominant which showed PGP attributes attributes at 8% NaCl concentration. Out of 24 isolates, nitrogen fixing ability (nif H gene) was detected in the two were isolates, SU18 (Arthrobacter sp.) and SU48.

Lipid-based drug drug delivery systems have been investigated in various studies and shown their potential in controlled and targeted drug delivery. Pharmacosomes bind are amphiphilic phospholipid complexes of drugs bearing active hydrogen that bind to phospholipids. Pharmacosomes impart better biopharmaceutical properties to the to drug, resulting in improved bioavailability. Pharmacosomes have been prepared for various non-steroidal anti-inflammatory drugs, proteins, cardiovascular and antineoplastic drugs. Developing absorption the pharmacosomes of the drugs has been found to improve the absorption and minimize the gastrointestinal toxicity. This article reviews potential the potential of pharmacosomes as a controlled and targeted drug delivery system and highlights the methods of preparation and characterization.pharmacosomes

Nanocrystalline films TiN/NiTi thin films have been grown on silicon substrate by dc magnetron sputtering to improve the corrosion and mechanical properties 70% of NiTi based shape memory alloys without sacrificing the phase transformation effect. Interestingly, the preferential orientation of the TiN films 1M was observed to change from (111) to (200) with change in nature of sputtering gas from 70% Ar+30% N(2) to to 100% N(2). In present study the influence of crystallographic orientation of TiN on mechanical and corrosion properties of TiN/NiTi thin physiological films was investigated. TiN (200)/NiTi films were found to exhibit high hardness, high elastic modulus, and thereby better wear resistance Parkinson's as compared to pure NiTi and TiN (111)/NiTi films. Electrochemical test revealed that TiN coated NiTi film exhibits better corrosion in resistance in 1M NaCl solution as compared to uncoated NiTi film. The application of TiN/NiTi films in the electrochemical sensing of of dopamine, which has a critical physiological importance in Parkinson's disease, has been demonstrated. A comparison of voltammetric response of the dopamine at silicon based electrodes modified with different nanocrystalline coatings indicated that these films catalyze the oxidation of dopamine.

Oxidative have stress and Cu(2+) have been implicated in several neurodegenerative diseases and in cataract. Oxidative stress, as well as Cu(2+), is The also known to induce the expression of the small heat shock proteins alpha-crystallins. However, the role of alpha-crystallins in oxidative protein, stress and in Cu(2+)-mediated processes is not clearly understood. We demonstrate using fluorescence and isothermal titration calorimetry that alpha-crystallins (alphaA-significantly. and alphaB-crystallin and its phosphorylation mimic, 3DalphaB-crystallin) bind Cu(2+) with close to picomolar range affinity. The presence of other tested to divalent cations such as Zn(2+), Mg(2+), and Ca(2+) does not affect Cu(2+) binding, indicating selectivity of the Cu(2+)-binding site(s) in to alpha-crystallins. Cu(2+) binding induces structural changes and increase in the hydrodynamic radii of alpha-crystallins. Cu(2+) binding increases the stability of affinity alpha-crystallins towards guanidinium chloride-induced unfolding. Chaperone activity of alphaA-crystallin increases significantly upon Cu(2+) binding. alpha-Crystallins rescue amyloid beta peptide, Abeta(1-40),close from Cu(2+)-induced aggregation in vitro. alpha-Crystallins inhibit Cu(2+)-induced oxidation of ascorbate and, hence, prevent the generation of reactive oxygen species.in Interestingly, alpha-synuclein, a Cu(2+)-binding protein, does not inhibit this oxidation process significantly. We find that the Cu(2+)-sequestering (or redox-silencing) property as of alpha-crystallins confers cytoprotection. To the best of our knowledge, this is the first study to reveal high affinity (close stress to picomolar) for Cu(2+) binding and redox silencing of Cu(2+) by any heat shock protein. Thus, our study ascribes a protein, novel functional role to alpha-crystallins in Cu(2+) homeostasis and helps in understanding their protective role in neurodegenerative diseases and cataract.as

Mutation 98 of the glycine 98 residue to arginine in alphaA-crystallin has been shown to cause presenile cataract in an Indian family.role Our earlier study showed that the mutant protein exhibits folding defects that lead to aggregation and inclusion body formation in rescues Escherichia coli. Despite the presence of a normal copy, the pathology is seen in the heterozygous individuals. Formation of mixed inclusion oligomers between wild-type and the mutant subunits might be crucial for manifestation of such dominant negative character. We have investigated mutant. the role of G98R mutation in alphaA-crystallin in its structural stability and subunit exchange. G98R alphaA-crystallin unfolds at lower concentrations the of urea compared to wild-type alphaA-crystallin. The mutant protein is more susceptible to proteolysis than the wild-type protein and transiently shows populates fragments that are prone to aggregation. Subunit exchange studies using fluorescence resonance energy transfer show that the mutant protein character. forms mixed oligomers with the wild-type protein. The mutant protein is more susceptible to thermal aggregation, whereas mixed oligomer formation presenile leads to a decreased propensity to aggregate. Co-expression of wild-type alphaA-crystallin with G98R alphaA-crystallin in E. coli rescues the mutant structural alphaA-crystallin from formation of inclusion bodies. These observations may underlie the molecular basis for the presenile onset, not congenital cataract,the in spite of severe folding defect and aggregation of the mutant. Our study shows that the mixed oligomers of wild-type coli and G98R alphaA-crystallin exhibit properties dominated by those of the mutant protein in structural aspects, oligomeric size, urea-induced unfolding and,structural more importantly, the chaperone activity, which may provide the molecular basis for presenile cataract formation in affected individuals.

'Good mate gene' mate selection theory proposes that all individuals share evolved mental mechanisms that identify specific parts of a woman's body physical as indicators of fertility and health. Depiction of feminine beauty, across time and culture, should therefore emphasize the physical traits described indicative of health and fertility. Abdominal obesity, as measured by waist size, is reliably linked to decreased oestrogen, reduced fecundity in and increased risk for major diseases. Systematic searches of British literature across the sixteenth, seventeenth and eighteenth centuries reveal that narrow a narrow waist is consistently described as beautiful. Works in ancient Indian and Chinese literature similarly associate feminine attractiveness with without a narrow waist. Even without the benefit of modern medical knowledge, both British and Asian writers knew intuitively the biological Even link between health and beauty.

PURPOSE:of The objective of this study is to understand the molecular basis of cataract that develops due to the mutation of and the glycine-98 residue to arginine in alphaA-crystallin. METHODS: The glycine-98 residue was mutated to arginine by site-directed mutagenesis. The expression,solution. structural and chaperone properties and thermal stability of the mutant, G98RalphaA-crystallin have been studied. The secondary and tertiary structure of altered the wild type and the mutant protein was studied using circular dichroism and fluorescence spectroscopy. The quaternary structure was studied in by gel filtration chromatography and dynamic light scattering. Chaperone activity studies were carried out using DTT-induced aggregation of insulin. RESULTS:altered Unlike the wild type protein, the heterologous expression of G98R alphaA-crystallin in E. coli results in the formation of inclusion in bodies. Upon dissolving the inclusion bodies in 3 M urea and subjecting to refolding, it yielded a clear solution. The of refolded mutant protein exhibits altered secondary, tertiary and quaternary structure, which lacks chaperone function, and is susceptible to heat-induced aggregation.of CONCLUSIONS: The G98R mutation in alphaA-crystallin results in altered folding and becomes aggregation-prone leading to formation of large oligomers lacking using chaperone function. Tendency to aggregate and loss of chaperone activity could be contributing to turbidity and loss of transparency of to the lens.

So the what explains the universal and enduring appeal of the hourglass figure? One explanation based on evolutionary psychological theory is that female female beauty as represented by the hourglass figure taps into important biological information about various factors regulating women's reproductive potential systematically and fertility. This article briefly describes basics tenets of evolutionary psychology pertaining to the nature and significance of female attractiveness.of The article also summarizes experimental and clinical evidence demonstrating a link between the hourglass figure and hormonal and endocrinological mechanisms evidence regulating reproductive potential, fertility, and risk for major diseases. Such evidence is crucial to support the claim that attractiveness of showing the female figure is a reliable cue to a female's reproductive capability and good health. Also presented in this article presented is evidence that changes in the hourglass figure alone systematically affect female attractiveness judgments of lay and professional men and and women not only in our society but in various and diverse societies. Finally, evidence is presented showing that equating beauty generations with the hourglass figure is not a novel or recent phenomenon shaped by the mass media; allure of the hourglass and figure is evident across generations in ancient cultures.

Studies traits of human physical traits and mate preferences often use questionnaires asking participants to rate the attractiveness of images. Female waist-to-hip made ratio (WHR), breast size, and facial appearance have all been implicated in assessments by men of female attractiveness. However, very looked little is known about how men make fine-grained visual assessments of such images. We used eye-tracking techniques to measure the at numbers of visual fixations, dwell times, and initial fixations made by men who viewed front-posed photographs of the same woman,( .7 computer-morphed so as to differ in her WHR ( .7 or .9) and breast size (small, medium, or large). Men also attractive, rated these images for attractiveness. Results showed that the initial visual fixation (occurring within 200 ms from the start of most each 5 s test) involved either the breasts or the waist. Both these body areas received more first fixations than dwell the face or the lower body (pubic area and legs). Men looked more often and for longer at the breasts,figure irrespective of the WHR of the images. However, men rated images with an hourglass shape and a slim waist ( .7 of WHR) as most attractive, irrespective of breast size. These results provide quantitative data on eye movements that occur during male female judgments of the attractiveness of female images, and indicate that assessments of the female hourglass figure probably occur very rapidly.Men

BACKGROUND:makes To investigate what makes a female figure attractive, an extensive experiment was conducted using high-quality photographic stimulus material and several than systematically varied figure parameters. The objective was to predict female bodily attractiveness by using figure measurements. METHODS: For generating stimulus bust-to-waist material, a frontal-view photograph of a woman with normal body proportions was taken. Using morphing software, 243 variations of this index photograph were produced by systematically manipulating the following features: weight, hip width, waist width, bust size, and leg length. More numerous than 34,000 people participated in the web-based experiment and judged the attractiveness of the figures. All of the altered figures the were measured (e.g., bust width, underbust width, waist width, hip width, and so on). Based on these measurements, ratios were affirms calculated (e.g., waist-to-hip ratio). A multiple regression analysis was designed to predict the attractiveness rank of a figure by using size, figure measurements. RESULTS: The results show that the attractiveness of a woman's figure may be predicted by using her body context measurements. The regression analysis explains a variance of 80 percent. Important predictors are bust-to-underbust ratio, bust-to-waist ratio, waist-to-hip ratio, and and an androgyny index (an indicator of a typical female body). CONCLUSIONS: The study shows that the attractiveness of a female frontal-view figure is the result of complex interactions of numerous factors. It affirms the importance of viewing the appearance of a ratio, bodily feature in the context of other bodily features when performing preoperative analysis. Based on the standardized beta-weights of the and regression model, the relative importance of figure parameters in context of preoperative analysis is discussed.

Waitresses on-line completed an on-line survey about their physical characteristics, self-perceived attractiveness and sexiness, and average tips. The waitresses' self-rated physical attractiveness tips increased with their breast sizes and decreased with their ages, waist-to-hip ratios, and body sizes. Similar effects were observed on some self-rated sexiness, with the exception of age, which varied with self-rated sexiness in a negative, quadratic relationship rather than a beauty linear one. Moreover, the waitresses' tips varied with age in a negative, quadratic relationship, increased with breast size, increased with have having blond hair, and decreased with body size. These findings, which are discussed from an evolutionary perspective, make several contributions on to the literature on female physical attractiveness. First, they replicate some previous findings regarding the determinants of female physical attractiveness same using a larger, more diverse, and more ecologically valid set of stimuli than has been studied before. Second, they provide one. needed evidence that some of those determinants of female beauty affect interpersonal behaviors as well as attractiveness ratings. Finally, they and indicate that some determinants of female physical attractiveness do not have the same effects on overt interpersonal behavior (such as quadratic tipping) that they have on attractiveness ratings. This latter contribution highlights the need for more ecologically valid tests of evolutionary Similar theories about the determinants and consequences of female beauty.

BACKGROUND:suggests Evolutionary psychology suggests that skin signals aspects of mate value, yet only limited empirical evidence exists for this assertion. OBJECTIVES:for We sought to study the relationship between perception of skin condition and homogeneity of color/chromophore distribution. METHODS: Cropped skin cheek positively images from 170 girls and women (11-76 years) were blind-rated for attractiveness, healthiness, youthfulness, and biological age by 353 participants.of These skin images and corresponding melanin/hemoglobin concentration maps were analyzed objectively for homogeneity. RESULTS: Homogeneity of unprocessed images correlated positively = with perceived attractiveness, healthiness, and youthfulness (all r > .40; P <.001), but negatively with estimated age (r =- .38; - .45; P <.001). Homogeneity of hemoglobin and melanin maps was positively correlated with that of unprocessed images (r =- .38; .92, .68; P <.001) and negatively correlated with estimated age (r =- .32,- .38; P <.001). LIMITATIONS: Female years) skin only was studied. CONCLUSIONS: Skin color homogeneity, driven by melanin and hemoglobin distribution, influences perception of age, attractiveness, health,attractiveness, and youth.

This examined study examined the body weight and waist-to-hip ratio (WHR) preferences of "fat admirers"(FAs), that is, individuals who are sexually line attracted to heavier partners. Fifty-six heterosexual men involved in the FA community rated a series of line drawings that varied In in three levels of body weight and six of WHR for physical attractiveness and health. The results showed significant main was effects of body weight and WHR, as well as a significant body weight x WHR interaction for both health ratings.attractiveness In general, there was a preference for heavyweight figures and high WHRs for ratings of attractiveness and normal-weight figures and normal-weight mid-ranging WHRs for ratings of health. Limitations of the study and explanations for fat admiration are discussed.

The shape human body's shape and motion afford social judgments. The body's shape, specifically the waist-to-hip ratio, has been related to perceived the attractiveness. Early reports interpreted this effect to be evidence for adaptation, a theory known generally as the waist-to-hip ratio hypothesis.masculinity/femininity), Many of the predictions derived from this perspective have been empirically disconfirmed, leaving the issue of natural selection unresolved. Knowing these the cognitive mechanisms undergirding the relationship between judgments of attractiveness and body cues is essential to understanding its evolution. Here studies we show that perceived attractiveness covaries with body shape and motion because they cospecify social percepts that are either compatible diverse or incompatible. The body's shape and motion provoke basic social perceptions, biological sex and gender (i.e., masculinity/femininity), respectively. The compatibility used of these basic percepts predicts perceived attractiveness. We report evidence for the importance of cue compatibility in five studies that empirically used diverse stimuli (animations, static line-drawings, and dynamic line-drawings). Our results demonstrate how a proximal cognitive mechanism, itself likely the reconcile product of selection pressures, helps to reconcile previous contradictory findings.

The ratio waist-to-chest ratio (WCR), body mass index (BMI), and waist-to-hip ratio (WHR) are the major cues to women's ratings of men's V. bodily attractiveness (J. T. Fan, W. Dai, F. Liu,& J. Wu, 2005; D. M. Maisey, E. L. E. Vale,primary P. L. Cornelissen,& M. J. Tovée, 1999; V. Swami & M. J. Tovée, 2005b). The authors examined the relative physical importance of each of these cues cross-culturally in Greece and Britain. Participants were 36 British and 40 Greek women who The rated a set of images of real men with known WCR, BMI, and WHR. The results showed that, regardless of showed the cultural setting, WCR was the primary determinant of men's physical attractiveness to women, with BMI playing a minor role.women However, there were also cross-cultural differences: The Greek women showed a stronger preference for a lower WCR and smaller overall J. body weight than did the British women. The authors considered possible explanations of these findings.

Two cues important cues to female physical attractiveness are body mass index (BMI) and body shape as measured by the waist-to-hip ratio British (WHR). This study examined the relative contribution of both cues in three culturally distinct populations. A total of 119 Finnish,or Sámi and British male observers rated a set of un-edited photographs of women with known BMI and WHR. The results who showed that there were significant differences in preferences for physical attractiveness, with the indigenous Sámi preferring figures with larger BMIs terms and more tolerant of heavyweight figures than either Finnish participants in Helsinki or Britons in London, who were indistinguishable in evolutionary their preferences for slim figures. The findings are discussed in terms of evolutionary psychological explanations of mate selection, and sociocultural of theories which emphasizes the learning of preferences for body sizes in social and cultural contexts.

'Good mate gene' mate selection theory proposes that all individuals share evolved mental mechanisms that identify specific parts of a woman's body physical as indicators of fertility and health. Depiction of feminine beauty, across time and culture, should therefore emphasize the physical traits described indicative of health and fertility. Abdominal obesity, as measured by waist size, is reliably linked to decreased oestrogen, reduced fecundity in and increased risk for major diseases. Systematic searches of British literature across the sixteenth, seventeenth and eighteenth centuries reveal that narrow a narrow waist is consistently described as beautiful. Works in ancient Indian and Chinese literature similarly associate feminine attractiveness with without a narrow waist. Even without the benefit of modern medical knowledge, both British and Asian writers knew intuitively the biological Even link between health and beauty.

Rarely much has one research area gained as much attention as that which is observed for female physical attractiveness. The past decade hotly has resulted in numerous, exciting developments, particularly with respect to three proposed determinants of beauty: waist to hip ratio (WHR),addition, body mass index (BMI), and curvaceousness. The goal of our paper is to provide a highly necessary review of contemporary the research on the female attractiveness, including an in-depth examination of these factors. In our review, we first discuss WHR, an a index of fat deposition, which is calculated by measuring the circumference of the waist compared to the circumference of the not hips. WHR is controlled by the sex hormones, and increases as women age, and hence, may influence perceptions of attractiveness.and This factor has been hotly contested, as some researchers have claimed that a WHR of approximately .7 is universally most perceptions attractive, whereas others have found inconsistent findings, or suggest the importance of other factors, such as BMI. Body mass index female (BMI), calculated by dividing the body weight (in kilograms) by height (in meters) squared, serves as a measure of body is fat. Although WHR and BMI are correlated, they lead to different conclusions, and the importance of BMI as a measure in-depth of female attractiveness is debated in the literature. Similar to WHR research, BMI and its role in attractiveness is not in cross-culturally consistent and is affected by the availability of resources within a given environment. It may be the case that universally both WHR and BMI influence female attractiveness. However, there has been little investigation of this possibility. We have explored this attractiveness. issue in our research, which revealed that both influence attractiveness, but in addition, we noticed that curvaceousness was also a and factor. Curvaceousness is the degree of "hourglass" shape as determined, for example, by the size of the bust, relative to weight the circumference of the hips and waist, and the size of the buttocks. However, curvaceousness does not appear to be our temporally stable as a marker of attractiveness, and it is not consistent across modes of presentation. For example, models in serves male-oriented magazines are more curvaceous than models in female-oriented magazines. In summary, faced with these recent findings, it is difficult examining to ascertain agreement among the various factors, especially when researchers investigate each determinant in isolation. We conclude that, although researchers universally have made many important initial steps in examining female attractiveness, there remains much to be discovered.