Legal Issues in the rehabilitation of abandoned housing projects of the liquidated housing-developer-companies in Peninsular Malaysia

Abandoned housing projects is one of the biggest problems in the housing industry in Peninsular Malaysia. Even though since the Independence days in 1957, the Malaysian Government have provided laws and policies to govern housing industry, yet abandoned housing projects problem is still an unsettled issue until today.The real victims are the purchasers themselves.Usually when a housing developer company is wound up, the affair and business of the company are taken over either by the private liquidator or provisional liquidator or the official Receiver (OR) under the Department of Insolvency.The liquidator may rehabilitate the abandoned projects left by the wound up housing developer companies, if the projects are viable for rehabilitation with the approval of the creditors, contributories, the committee of inspection and the court and that there is adequate fund to finance the rehabilitation. Otherwise, if the project is not viable, particularly because there are insufficient funds to run the rehabilitation, the projects may be stalled forever without any prospects for rehabilitation, to the detriment of the purchasers. This article discusses the law and practice in the rehabilitation of abandoned housing projects in Peninsular Malaysia of the wound-up-housing-developer-companies.At the ending part of this article the author proposes certain suggestions for facing the problems of abandoned housing projects of the wound up housing developer companies and their rehabilitation in Peninsular Malaysia

Energy, Laplacian energy of double graphs and new families of equienergetic graphs

For a graph $G$ with vertex set $V(G)=\{v_1, v_2, \cdots, v_n\}$, the extended double cover $G^*$ is a bipartite graph with bipartition (X, Y), $X=\{x_1, x_2, \cdots, x_n\}$ and $Y=\{y_1, y_2, \cdots, y_n\}$, where two vertices $x_i$ and $y_j$ are adjacent if and only if $i=j$ or $v_i$ adjacent to $v_j$ in $G$. The double graph $D[G]$ of $G$ is a graph obtained by taking two copies of $G$ and joining each vertex in one copy with the neighbours of corresponding vertex in another copy. In this paper we study energy and Laplacian energy of the graphs $G^*$ and $D[G]$, $L$-spectra of $G^{k*}$ the $k$-th iterated extended double cover of $G$. We obtain a formula for the number of spanning trees of $G^*$. We also obtain some new families of equienergetic and $L$-equienergetic graphs.Comment: 23 pages, 1 figur

The importance of better models in stochastic optimization

Standard stochastic optimization methods are brittle, sensitive to stepsize choices and other algorithmic parameters, and they exhibit instability outside of well-behaved families of objectives. To address these challenges, we investigate models for stochastic minimization and learning problems that exhibit better robustness to problem families and algorithmic parameters. With appropriately accurate models---which we call the aProx family---stochastic methods can be made stable, provably convergent and asymptotically optimal; even modeling that the objective is nonnegative is sufficient for this stability. We extend these results beyond convexity to weakly convex objectives, which include compositions of convex losses with smooth functions common in modern machine learning applications. We highlight the importance of robustness and accurate modeling with a careful experimental evaluation of convergence time and algorithm sensitivity

War without weapons:constitution of healthy and pathological phenotypes associated with polymorphisms in genes involved in the maintenance of genome integrity

Capacity to repair DNA damage may vary significantly between individuals coming out as healthy on routine physical and laboratory examinations. This variance does not generally cause distress or disease unless in case that specific triggers are present, but, taken together with other factors, may increase the risk for certain types of cancer or may modulate the outcome of anticancer therapies. Carriership of certain polymorphic variants in DNA repair genes may also modify the course of the normal process of aging. The present paper reviews the role of some of the common polymorphisms in DNA repair genes and in genes involved in the maintenance of genomic integrity; and their association, separately or in combination, with the ‘healthy’ phenotype and with certain diseases and conditions related to exposure to increased levels of oxidative damage

Repair, abort, ignore? Strategies for dealing with UV damage

DNA repair is a prominent member of the nuclear transactions triad (replication, transcription, and repair). Sophisticated mechanisms govern the cellular process of decision-making (to repair or not to repair, to proceed with cell cycle or not and, eventually, to let the cell survive or die) and the temporal and spatial distribution of the DNA repair activities. UV radiation is a very common and virtually unavoidable mutagen whose carcinogenic potential seems to accumulate over time. Various strategies have been developed to avoid or decrease UV damage to cellular DNA, based on prevention of exposure as well as on post-irradiation measures. It is, however, important to acknowledge that the individual capacity for DNA repair varies during the life of the individual and must, therefore, be assessed so as to determine whether the individual is coping with environmental UV damage. Assessment of individual repair capacity might greatly modify the existing therapeutic strategies for common cancers and ought to become a routine part of health prophylaxis

Prozercon banazensis sp. Nov. (Acari: Mesostigmata: Zerconidae), a new species of zerconid mite from Turkey, with a new record

In this study, Prozercon banazensis sp. nov. is described and illustrated from female and deutonymph specimens collected in Kütahya and Uşak provinces (Turkey). Morphological features of P. morazae Ujvári, 2011, which is a new record for the Turkish fauna, are also given with drawings. Information on habitat and distribution for each species is also provided. © TÜBİTAK

Differential genetic advantages in youth and in aging, or how to die healthy

Human society ages at a steady rate, that is, the proportion of adult and elderly individuals increases constantly because of improved living conditions and the advances in medical care. This means that very soon the tradeoff between the advantages in old age conferred by alleles disadvantageous or neutral in young age would begin to show, providing the fascinating opportunity of studying the interplay between genetic factors and environment outside the framework of reproductive capacity and in the unique milieu of the aging cell. Being healthy and/or health-conscious in youth does not guarantee for successful aging or even that the person would live up to the average life expectancy of the population. Therefore, successful aging and longevity are related to a healthy-conscious attitude to a degree only. The present paper reviews the basic genetic and evolutionary mechanisms which have operated during human history so as to ensure survival of humankind and the possible factors preventing or contributing to successful aging