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The demand for functional foods has been increasing tremendously throughout the globe and keeping in view the health beneficial properties of apricot fruit. The purpose of this study is to develop wheat flour based cookies enriched with apricot pulp powder in order to improve nutraceutical properties of cookies and dilution of gluten at the same time.

Cookies were prepared from wheat flour blended with apricot pulp powder at 0, 10, 15, 20 and 25% level and evaluated for proximate, functional, rheological, nutraceutical and sensory properties.

Fibre content of apricot powder-incorporated cookies (3.23%) was significantly (p < 0.05) higher at 25% level than control (1.64%). The water absorption and oil absorption capacities decreased significantly (p < 0.05) upon increasing level of apricot pulp powder. The ß-carotene content, antioxidant activity and total phenolic content increased significantly (p < 0.05) upon incorporation of apricot pulp powder. The thickness of cookies increased, however, diameter and spread ratio decreased with increase in the levels of apricot pulp powder. Lightness (L*) value decreased, while redness (a*) and yellowness (b*) increased when incorporated with apricot pulp powder. Cookies having 25% apricot pulp powder showed maximum hardness and overall acceptability.

To the best of our knowledge, the scientific literature on incorporation of apricot pulp powder in bakery products is scanty. As such the present research has a tremendous scope for the food industries to produce functional bakery products with antioxidant properties and diluted the gluten content at the same time.

In the matter of food purity and control Hospital Catering Services have been outside the law, a privileged position where the general law of food and drugs have never applied and the modern regulatory control in food hygiene has similarly not applied. In the eyes of the general public hospital catering standards have always been high above the general run of food preparation. As the NHS continued, complaints began gradually to seep out of the closed community, of dirt in the kitchens and prevalent hygiene malpractices. The general standard for most hospitals remained high but there were no means of dealing with the small minority of complaints which disgusted patients and non‐cater‐ing staff, such as insect and rodent infestations, and an increase in the frequency of food poisoning outbreaks.

This paper aims to investigate the effect of shear rate, concentration (4–20 kg/m³) and temperature (20°C–60 °C) on the apparent viscosity of apricot gum solutions.

Apparent viscosity has been measured using a rotational viscometer.

It has been observed that the shear stress and apparent viscosity values increase at high concentrations in the prepared apricot gum solutions. However, it is understood that the higher the temperature in the operation conditions, the lower the apparent viscosity results. Power-law is found the best-fitting model to illustrate the changes in temperature and concentration. According to the consistency coefficient and flow behavior indices, the apricot gum displayed shear-thinning behavior (pseudoplastic). The apricot gum is a polysaccharide with amino and uronic acids, according to Fouirer Transform Infrared Spektrofotometre spectra.

The results suggest that power-law model can be used to estimate the viscosity of apricot gum solutions at different temperatures and concentrations for applications for which flow behavior should be taken into account.

Exudate gums have good rheological properties and, therefore, are widely used in the food industry. Apricot gum is a biodegradable and abundant polysaccharide that enhances viscosity, stabilizes suspension or emulsion and improves the flow properties of foods. Different rheological models are used to investigate rheological properties. However, those models are time-independent to fit the experimental data.

Apricots are not only nutritionally-rich but also possess pharmacological significance owing to their high antioxidant activity, and they are rich in vitamins, fibers, bioactive phytochemicals and minerals. Because of its immense organoleptic characteristics, apricot juice (AJ) is well accepted; however, it has a limited shelf-life, thereby demanding it to be converted into other shelf-stable form. One of the approaches is converting this juice into dehydrated powder. Amongst the various dehydration techniques available, spray drying is usually preferred; however, it involves the use of several independent variables, which need to be optimized, thus prompting to optimize the process to obtain spray dried apricot powder (SDAP) with improved quality.

The spray-drying process of apricot juice was done using the response surface approach. The process variables included the inlet air temperature of 135–220°C, gum arabic concentration of 4–25%, feed flow rate of 124–730 mL/h, feed total soluble solids (TSS) of 10-30°Brix and atomization speed of 11,400–28,000 rpm. The dependent responses were powder yield, hygroscopicity, solubility, moisture content, carotenoids (CT), ascorbic acid (AA), radical scavenging activity (RSA), lightness, wettability, bulk density, particle density and porosity.

Amongst all independent variables, inlet air temperature had most predominant impact on all the investigated responses. The optimum processing conditions for development of apricot powder with optimum quality were 190°C inlet air temperature, 18.99% gum arabic, 300.05 mL/h feed flow rate, 24°Brix feed TSS and 17433.41 rpm atomization speed. The experimental values were found to be in agreement with the predicted values, indicating the suitability of models in predicting optimizing responses of apricot powder. Flowability as Carr's index (CI) (22.36 ± 1.01%) suggests fair flow of powder. Glass transition temperature of powder was 57.85 ± 2.03°C, which is much higher than that of ambient, suggesting its better shelf stability.

To the best of author's knowledge, very limited or very few studies have been carried out on the spray-drying process for the manufacture of SDAP. The results of this investigation will open up new horizons in the field of food industry in the Union Territory of Jammu and Kashmir, India or elsewhere in the apricot-growing areas of India.

This study aimed to evaluate the cytotoxic/apoptotic effects of sweet apricot kernel ethanolic extract (SAEE) on human cancerous PANC-1 and 293/KDR normal cells.

The extract was prepared by maceration, and its chemical composition was analyzed by gas chromatography-mass spectrometry (GC-MS). The biological effects of SAEE on PANC-1 and 293/KDR cells were investigated using MTT (3–(4, 5-dimethylthiazole-2-yl)-2,5-diphenyl tetrazolium bromide) assay, DAPI (4',6-diamidino-2-phenylindole) and AnnexinV/propidium iodide (PI) staining. The expression of pro- and anti-apoptotic genes was evaluated by real-time quantitative polymerase chain reaction (real-time q-PCR) analysis.

The SAEE showed the selective growth inhibitory activity against PANC-1 cells with an IC50 (the 50% inhibitory concentration) value of about 1 mg/mL at 72 h. Further investigations by DAPI staining and flow cytometry revealed nucleus fragmentation and elevation of apoptotic cells, respectively. Also, a significant decrease in B-cell lymphoma 2 (Bcl-2)/Bcl-2-associated x protein (Bax) ratio (0.41, p = 0.001) and the up-regulation of caspase-3 expression (1.5 fold, p = 0.002) indicated the induction of apoptosis in PANC-1 cells but not in 293/KDR non-cancerous cells. These results suggest that SAEE could induce apoptosis in cancer cells via a mitochondrial dependent pathway. Furthermore, GC-MS analysis showed that the SAEE is rich in γ-sitosterol and γ-tocopherol. Overall, the findings suggest that because of the selective impacts of SAEE on PANC-1 cells, it can be considered as a supportive care in adjuvant therapy for pancreatic cancer. However, the potent anticancer effects of main components of SAEE and its clinical value as an antitumor drug should be further investigated.

Considerable limitations of this study were that the related mechanisms of selective impacts of SAEE on cancerous and normal cells and potent cytotoxic/apoptotic effects of γ-sitosterol and γ-tocopherol as major components of SAEE were not investigated.

Recently, a growing interest has been dedicated to plant-based natural products. Sweet apricot kernel exerts a number of pharmacological activities; however, the anticancer effect, related mechanisms and its active compounds were rarely investigated. In this study, the authors aimed to evaluate the cytotoxic/apoptotic effects of SAEE on human cancerous PANC-1 and 293/KDR normal cells.

VINE is produced at least four times a year with the object of providing up‐to‐date news of work being done in the automation of housekeeping processes, principally in the UK. It is produced and substantially written by the Editor who is based at the Polytechnic of Central London and supported by a grant from the British Library Board and opinions expressed in VINE do not necessarily reflect the views and policies of the British Library. The subscription for 1985 to VINE is: £24 for UK subscribers, £27 to overseas subscribers (including airmail delivery). Second and subsequent copies to the same address are charged at £25 for UK and £17 for overseas. VINE is available on either paper or microfiche copy and all back issues are available on microfiche.

This paper aims to investigate influence of extraction solvent on the efficacy of apricot pomace extract (APE) as a sustainable corrosion inhibitor for mild steel in sodium chloride solution.

The chemical profiles of the extracts were analyzed using gas chromatography–mass spectrometry. Total phenolic, total flavonoid content and antioxidant properties of the extracts were determined. Besides, gravimetric, potentiodynamic polarization and atomic force microscopy were used to study the corrosion inhibition. The effect of immersion period on inhibition efficiency was evaluated. The reaction mechanism of the inhibitor was also discussed.

Corrosion inhibition decreasing is in the following order: solution of 2-propanol/ethanol apricot pomace (E/PAPE) extract > ethanol (EAPE) > 2-propanol (PAPE). The gravimetric, polarization measurements and surface analysis revealed that the growth of inhibitory properties is prolonged, and corrosion rate reduction after 40–48 h of exposure was studied.

APEs play an important role in the corrosion inhibition of mild steel in sodium chloride solution. Moreover, its application is potentially possible in industries.

The results contribute to the integrated valorization of food waste.

The different compositions of the conversion/oxidation products of organic substances in solution were studied. The formation of polymerized flavanol-aldehyde adducts and oxidized quinone compounds or tautomers structures because of extract transformation in water causes main corrosion reduction in 40–48 h.

The Fruit Control Act, 1924, is an important one as it provides for the establishment of a Fruit Control Board, and is described as an “Act to make Provision for Control of the Fruit Trade.” The following definitions are laid down :—Board is the Export Board of Control, or a Local Control Board established under this Act. Fruit: this term is applied to apples and pears only. Fruit Trees are apple trees and pear trees only. Producers are persons carrying on business as producers of fruit for sale and being the occupiers of orchards registered under the Orchard and Garden Diseases Act of 1908. The Export Control Board may give directions as to grading, packing, handling, storage, shipment, sale, insurance against loss, display at exhibitions, and generally all matters relating to handling, distributing and disposal of fruit. It may also appoint overseas agents to act under its directions. To enable the Export. Control Board to control effectively the export of fruit, the Governor‐General may, under the Customs Act, 1913, prohibit the export of any fruit save in accordance with a licence issued by the Minister of Agriculture in terms approved by the Board. Part I. of the Act applies to fruit grown for export, and s. 3, i, states that this part of the Act shall come into operation by Proclamation approved by the Executive Council. It is, however, provided by s. 3, ii, that the Proclamation shall not issue unless a proposal has been carried at a poll of producers by a majority of valid votes recorded, and (sec. 4) if seventy per cent. of the producers in a district wish their district to be excluded from the operations of the Act, then the Minister of Agriculture shall by notice in the “ Gazette ” exclude that district. In this way the important Otago provincial district was excluded by notice on 15th January, 1925. Since it seems that no provision was made in Part I. of the original Act in the event of persons changing their minds, Otago presumably would have excluded itself for ever from the operations of the Act. The Act was designed to aid fruit growers and to further the interests of the apple exporters, for under s.s. 8–14, the Export Control Board has power to assume absolute or limited control over fruit intended for export after service on the owner of the fruit or by notice in the newspapers. It guaranteed, in fact, the quality of the fruit. Otago fruit growers seemed to have thought better of the matter, and an Amending Act (No. 6, 1932) was passed whereby (s. 2) Otago fell into line with the rest of the Dominion. Part II. of the Act applies to fruit for home consumption. It is not at present operative in any part of the Dominion, as the necessary authority under the Act has not been given by poll of fruit growers. Provision in this case, however, has been made for fresh polls to be taken if ten per cent. of the producers petition that this should be done. It is not as far as we know anywhere implied, still less expressly stated, that the Act shall be made to apply to any fruits other than apples or pears. Still, it seems only reasonable to see in this Act a basis for further legislation of the same kind which may in the future be applied to other fruits. It seems to have operated most successfully as far as apples for export are concerned. During the debate in the Legislative Council on the Fruit Preserving Industry Act of 1913, the then member for Nelson, which is perhaps the most successful apple‐growing district in the Dominion, stated that two years before—that is about the year 1911—there was a shipment of apples to England. “Nothing has been done as far as I can gather in following up that experiment.” The Minister for Agriculture was able to assure him that the apple consignment to England had turned out very satisfactorily. The export trade in apples has perhaps turned out to be far more satisfactory that anyone twenty years ago, either in New Zealand or in this country, could have supposed. The experimental shipment of 1911 was followed by the four years of war with its immense disorganisation, so that the industry, as we know it, may be said to have originated with this Act. In a word, the Act ensures uniformity of the consignments of fresh apples and pears exported from the Dominion to this and other countries. The export of fruit from New Zealand has, as everyone knows, been in operation, with varying success, for a number of years. Otago, for example, had established, through the Otago Provincial Fruitgrowers' Council, its own system of shipping and marketing fruit grown in the Province and intended for export—this indeed appears to have been the chief reason for the refusal of Otago to vote itself into control under Part I. of the 1924 Act. Still, we agree with the member for Egmont when he stated in the course of the debate on the Bill that “ the export of fruit is virtually a new business.” It will be readily seen that the control and guarantee of fruit—apples and pears—for export, and the advice and assistance rendered to the fruit growers must in the long run react on the output of the growers of every kind of fruit in the Dominion, it appears to be only a question of time. The time will have come when New Zealand grows more fruit than it can consume. When the Dominion grows the surplus fruit the amount of imported fruit must very materially decrease. Fresh fruit will still be exported, but we venture to predict that canned fruit will form a not inconsiderable proportion of the fruit trade taken as a whole when that time comes. The jam‐making industry already absorbs a considerable quantity of fruit, and if jam can be made fruit can be canned. Thirty‐five years ago a Mr. W. J. Palmer stated “ Nature has in the most unmistakable manner destined New Zealand to be pre‐eminently a fruit‐growing country… . New Zealand can produce, without artificial aid, almost everything that California has to raise by the expensive agency of irrigation.” If New Zealand can do that, then it is in as good a position to supply us with some of our imported canned fruit, as are the Dominions of Canada, Australia and South Africa, and the United States. Indeed, climatically it is on the whole better equipped than are the other countries just mentioned. Still, things seemed to have moved slowly as regards fruit‐canning in New Zealand. In 1910 and in other years the Year Book observes “ a great deal more might be done in bottling fruits … if only for home consumption.” The total amount of apples, peaches, nectarines, apricots and plums gathered in the Dominion amounts to 2,363 thousand bushels in round figures, and the last four named fruits make but 12·5 per cent. of this total. There would therefore seem to be plenty of room for expansion in the growth of these fruits which presumably form no inconsiderable amount of the fruit which is being canned for home consumption at the present time. Otago heads the list for production in all four, and markedly so for nectarines and apricots. It may be remarked that out of a total of 18 thousand acres returned as under fruit, the average size of a holding is about 7½ acres, the number of holdings decreasing rapidly after the 20–30 acre limit has been passed. New Zealand is therefore technically what we should describe as a land of small holdings as far as the fruit industry is concerned. In 1931 canned and bottled fruit valued at over £60,000 was imported into New Zealand—this figure does not include the value of imported pineapples. The country of origin was mainly Australia, and the fruits for the most part consisted of apricots and peaches. In 1931, 20,399 cwt. of fruit of New Zealand origin and valued at £45,691 was canned, and 16,086 cwt. valued at £29,337 was pulped. The Dominion has evidently still a very long way to go before it becomes self‐supporting in the matter of canned fruits, even though it may be able to grow the fruit itself, while an export trade in canned fruits is presumably still a long way below the commercial horizon.

The following definitions and standards for food products have been adopted as a guide for the officials of this Department in enforcing the Food and Drugs Act. These are standards of identity and are not to be confused with standards of quality or grade; they are so framed as to exclude substances not mentioned in the definition and in each instance imply that the product is clean and sound. These definitions and standards include those published in S. R. A., F. D. 2, revision 4, and those adopted October 28, 1936.