scispace - formally typeset
Search or ask a question

What are the best methods for goat sex recognition? 


Best insight from top research papers

The best methods for goat sex recognition include using PCR (polymerase chain reaction) to identify the sex of early embryos. This method involves taking a small quantity of embryo as a sample, performing PCR reactions with specific primers, and then analyzing the amplification products through gel electrophoresis. This method has been shown to have high accuracy and sensitivity in determining the sex of goat embryos . Another method is using non-invasive techniques to detect the genotypic sex from hair and fecal samples. This method involves amplifying X- and Y-linked alleles of the amelogenin gene and analyzing the PCR products through agarose gel electrophoresis. It has been found to be a simple and efficient method for sex determination in goats, especially for detecting the sex of animals affected by the Polled Intersex Syndrome (PIS) .

Answers from top 4 papers

More filters
Papers (4)Insight
The provided paper describes a method for identifying goat early embryo sex using PCR. It does not provide information on other methods for goat sex recognition.
Patent
Yinhai Jia, Lei Su 
04 Jan 2012
2 Citations
The provided paper discusses a sex identification method for early embryos of Saanen goats using a HOT-Start PCR method. It does not mention any other methods for goat sex recognition.
The paper discusses a non-invasive method for sex diagnosis in goats using a pair of primers to amplify X- and Y-linked alleles of the amelogenin gene. This method can be used to detect the genotypic sex of goats from hair and fecal samples.
Patent
Qinghua Gao, Jiwei Tang, Chunmei Han 
14 Sep 2011
1 Citations
The provided paper describes a method for identifying the sex of an early goat embryo using PCR and gel electrophoresis. It does not discuss other methods for goat sex recognition.

Related Questions

What are the four most commonly used techniques for identifying parasites in animal parasitology?4 answersThe four most commonly used techniques for identifying parasites in animal parasitology include conventional flotation, McMaster, Mini-FLOTAC, and Baermann tests. These methods have been evaluated for their performance in detecting various intestinal and extra-intestinal parasitic elements in dogs and cats, providing valuable insights for veterinary clinicians. Additionally, advanced technologies such as molecular amplification, sequencing methods, and proteomics have revolutionized clinical parasitology, offering new avenues for diagnosing parasitic infections in animals and humans. Molecular tools like polymerase chain reaction and genomics play a crucial role in identifying and diagnosing parasites, providing species-specific probes and primers for accurate detection. Immunodiagnostic techniques like ELISA and RIA are also essential for early diagnosis of parasitic agents in livestock, aiding in the detection of diseases before clinical signs emerge.
How to identify sex in kedah kelantan cattle?4 answersSex identification in Kedah-Kelantan cattle can be done using various methods. One method involves using the Amelogenin gene as a biological marker for polymerase chain reaction (PCR) testing. This gene is found on both the X and Y chromosomes, and a single PCR reaction can produce different band patterns for male and female cattle. Another method involves measuring the body size of the cattle, including body length, chest circumference, and shoulder height. These measurements can help determine the sex of the cattle, as males tend to have larger body sizes compared to females. Additionally, an improved PCR method has been developed specifically for identifying the sex of cattle, including Kedah-Kelantan cattle. This method uses two temperature cycles instead of three, reducing the reaction time and improving accuracy. These methods provide reliable and accurate ways to identify the sex of Kedah-Kelantan cattle.
How does radiography help in determining the sex of human remains?4 answersRadiography is a valuable tool in determining the sex of human remains. It allows for the analysis of skeletal components such as the mandible, which exhibits sexual dimorphism and can be used for gender determination. Measurements of various parameters, including condylar height, coronoid height, mental foramen relations, and mandibular ramus measurements, can be taken from radiographic images to assess sexual dimorphism. These measurements can then be compared between males and females to identify significant differences that can aid in sex determination. Radiography also allows for the identification of characteristic medical conditions, such as Paget's disease, which can aid in excluding unaffected individuals and narrowing down potential matches for victim identification. Overall, radiography provides a non-invasive and reliable method for determining the sex of human remains in forensic investigations.
What are the benefits of using goat characterisation?5 answersGoat characterisation provides several benefits. It helps in identifying and classifying individual goat muscles using near-infrared (NIR) spectroscopy, which can be useful for detecting adulterated or poor-quality meat. Characterization of goat breeds or populations is crucial for conservation, development, and selection for improved productivity. It provides information on prevalent goat types and their attributes, allowing for within-population selection in genetic improvement programs. Goats have naturally endowed physiological adaptations and lower husbandry requirements, making them integral to livestock production in the tropics and subtropics. Phenotypic characterization of indigenous goats helps in designing appropriate conservation and breeding strategies, providing a basis for goat breeding and conservation programs. Characterizing the distribution of runs of homozygosity (ROH) in goat genomes can provide knowledge on demographic history and management, which can be valuable for future goat genomics research and breeding programs.
How reptile determine sex?4 answersReptiles determine sex through various mechanisms. Some reptiles, such as Sierra Nevada lizards, can be sexed using techniques like cloacal probing and contrast radiography. Other reptiles, like crocodile lizards, have sex chromosomes that determine their sex. These sex chromosomes can be identified through whole genome re-sequencing and RADseq, and specific genes, such as Foxl2, have been found to play a role in sex determination. Reptiles also exhibit temperature-dependent sex determination (TSD), where the temperature during incubation determines the sex of the individual. The molecular, cellular, and physiological mechanisms behind TSD are still being studied, but it is an intriguing area of research. Overall, reptiles employ a combination of genetic and environmental factors to determine their sex.
How many method for making tortoise identification?4 answersThere are multiple methods for identifying tortoises. One method involves using a tortoise shell DNA detection kit, which includes sample pretreatment, DNA extraction, PCR reaction, and result determination. Another method is the use of randomly amplified polymorphic DNA (RAPD) technology, which can effectively distinguish between genuine and counterfeit tortoise shells. Additionally, plastron photo documentation combined with morphometrics can be used to identify tortoises from a photograph database. Facial profile photographs can also be used for individual recognition in sea turtles, providing a reliable method for identification. Finally, the analysis of metabolites and inorganic elements contained in tortoise shells can be used to identify the strain of the tortoise, with differences in amino acids, fatty acids, trace elements, lead, and arsenic serving as potential markers.