 On my topic of oral presentation, a spectral assay beyond the wound, decoding the fetal venanomaly via radiological insert, author, message, Dr. Matri. Introduction, the central nervous system anomaly is represented by a substantial portion of fetal abnormality with incidence of approximately 1 per 100 percent. This spectral assay aims to visually illustrate and explore the diverse fetal venanomalies through our radiological imaging. By presenting a collection of images obtained via various radiological modernity, this assay seeks to offer insights into the diagnostic capability and no essence of imaging in identifying and characterizing the different fetal venanomaly. It seeks to illustrate the diagnostic capacity of each imaging modernity, the no essence they reveal in anomaly like encephaly, heterocephalus, holoprismcephaly and microcephaly, and their role in shaping or understanding of fetal neurodevelopment. Methods, this is a retrospective analysis was conducted covering 20 cases involving the congenital venanomalities using LVHG and 3-tesla MRI. A systematic review of fetal venanomaly was conducted encompassing imaging data obtained from ultrasound and MRI. The protective structure, such as skin and skull servers are protective barriers shielding the brain from physical damage, chemical inclusions and vector substances. Many inches, three connective tissue membranes like diorameter, arachnometer and pyrometer that engage the brain and the spinal cord. Then it encloses the blood vessels. CSS, this is a water reflux that akin to the blood plasma in a composition is produced in a chloride basis indicating through the ventricles and the subarachnoid space. The results are, there are five cases of hydrocephalus that is notable ventricular enlargement, corpuskelocym anomaly, four cases that exhibited the structural anomaly in a corpuskelocym. The corpuskelocym, that is nothing but the abnormalities in posterior haunts of lateral ventricles, the meningo-enkephalusin, our single case that is a protrusion of meninges and brain tissue through a defective skull, the cisterna-magnia anomaly of one case. Dendivocus syndrome of one case that features of Dendivocus syndrome in one case involving the cerebral worm mishygoplasia and enlarged posterior fossa. Pernolcule malformation, there is a herniation of cerebrotonses through a forearm and magna. Holoprision kefeli having four cases that exhibited failure of cerebral hemispiridivision varying from partial to complete fusion. Open list kefeli is a single, there is a cleft or gap in the cerebral hemispirid, then microkefeli that reduce in a head size that indicates the microkefeli. These are the results, pie charts showing the more number of cases of hydrocephalus. Then the carpus callosum anomaly and subsequently other cases. This is a bar diagram showing the more number of cases of hydrocephalus in carpus callosum anomaly than other cases. Now imaging and discussion. Hydrocephalus that is the in this UAG images of axial section suggesting dilatation of ventricles that is hydrocephalus. In this MR images of coronal sections A and B suggesting the dilatation of ventricles that is cross hydrocephalus. In this MR images suggesting the same. In the carpus callosum anomaly in this coronal images of A and B there is a non-visualization of carpus callosum. In this MR images showing the resting car appeal that means the carpus callosum dilatation. Colpo kefeli that means there is a prominence of posterior haunts in this UAG image and in this MR image. There is a in this coronal image of UAG and the sagittal images suggesting a midline occipital haunt defect through which there is a herniation of cerebral hemispheres and its meninges that suggestive of occipital meningitis. Now this is MR image suggesting there is a midline defect in occipital labour through which there is a herniation of the cerebral hemispheres along with the meninges. Now the cisterna magna that is nothing but the enlargement of CSR-physiopathema space in inferior and posterior fossa. In deadly occus syndrome there is a non-visualization of posterior haunt carpus callosum that is carpus callosum hyperplasia and there is a in this B and image B showing the there is a disproportionate prominence of the occipital haunt or bilateral lateral critical suggesting colpo kefeli. In this MRI sagittal images showing the enlargement of posterior haunts with prominent rectocelebra CSR-phys and the segment to one main angle is 21.2 degree that means is increased. There is a less than 50 percent of cerebra below the posterior decline line suggesting cephaloid rotation of hypoplastic membranes. This is all suggestive of deadly occus syndrome. Arnolcarii malformation in this image there is a the first two images are of USG showing indentation of bilateral lateral bone, bones anteriorly seen lemon sign. Bilateral lateral ventricles appear dilated predominantly the occipital region from the occipital region and there is a thin out carpus callosum rectal in this there is a spling of the posterior limits of lumbar spine and the third there is a angulation and stenosis of the acrylate suggesting cross hydrocephalus and tonsillar hermitage. In this holo-present kefeli image, USG suggestive of cross dilatation of lateral ventricle and predominantly the bilateral occipital haunt with fusion of both the ventricles suggesting monoventical appearance. There is a complete fusion of bilateral thalamine suggesting semi-lovar holo-present kefeli. In this horseshoe in this image of USG suggesting horseshoe shaped monoventical with fusion of frontal haunts of bilateral ventricle frontal lobes with partially developed temporal haunts suggesting semi-lovar holo-present kefeli. In these two images of USG and MRS suggesting complete absence of corpus callosum septum pellucida and cingulate virus with the lateral ventricles of their fuse entering the scabic feature of their continuous with the separated thalamus. The guile well continuity between the frontal lobes is anti-arrow inferior aspect emerging suggestive of lovar holo-present kefeli. In this MR email there is a fusion of both the ventricles suggesting monoventical appearance and the complete fusion of bilateral thalamine suggesting semi-lovar holo-present kefeli. In this open lip schizo kefeli there is a defect in the left perisalvan region suggesting open lip schizo kefeli in this USG email suggesting the same. In this USG email there is a reduced in the size of the skull brain suggesting micro kefeli. Now the conclusion. The comprehensive analysis of 20 cases of represent diverse congenital brain anomalies offer valuable insights into the spectrum of distribution of these conditions. The finding underscore the multi-faceted nature of the congenital brain anomalies observed in a prenatal imaging. Hydro kefeli is immersed as the most repented encounter anomaly in this study and the cul-pul kefeli collectively comprising the significant proportion of cases moreover arranged less common anomalies such as the monoventical cell and open lip schizo kefeli were also identified in smaller numbers. Now in this conclusion the study contributes the understanding of the prevalence and diversity of congenital brain anomaly observed through the radiological imaging in a limited cohort future study with larger sample size and are warranted to further delineate the outcome and therapeutic intervention of these anomalies enhancing the prenatal care and prognostic accuracy. These are the reference. Thank you.