Performance Meter
0%
QUESTION ID:1
Beijing: As China tries to slow its demographic decline, women like Chen Luojin could be part of the solution. The divorced 33-years-old lives in Chengdu, capital of the southwestern Sichuan province, which legalised registration of children by unmarried women in february, something China is considering implementing nationwide to address record low birth rates
The changes mean unmarried woman can take paid maternity leave and receive child subsidies previously only available to married couples. Crucially Chen could access invitro fertility (IVF) treatment legally in a private clinic. She is now 10 weeks pregnant. "Becoming a single parent is not for everyone but I am happy with the decision,"said Chen, who works in logistics."Equally, getting married or not is for each individual to decide. We have liberalised the policies here and I know a lot of single women are doing IVF."
Concerned about China's first population drop in six decades and its rapid ageing, the government's political advisers proposed in March that single and unmarried women should have access to egg freezing and IVF treatment But leaders haven't commented publicly on the recommendations.
Liberalising IVF nationwide could unleash more demand for fertility treatment in what is already the world's biggest market, straining limited fertility services. Some investors in the industry see an opportunity to expand
"If China changes their policy to allow single women to have children, this can result in an increase of IVF demand, "said Yve Lyppens, director of business development for Asia Pacific at INVO Bioscience, which is awaiting regulatory approval to launch its IVF technology in China after signing a distribution agreement with Guangzhou-based Onesky Holdings last year.
Shanghai and the southern Guangdong province have also permitted unmarried women to register their children but IVF services for single women remain banned
Leberalising IVF means: -
QUESTION ID:2
QUESTION ID:3
QUESTION ID:4
QUESTION ID:5
QUESTION ID:6
QUESTION ID:7
QUESTION ID:8
QUESTION ID:9
QUESTION ID:10
QUESTION ID:11
QUESTION ID:12
QUESTION ID:13
In how many years will a sum of ₹ 800 at 10% per annum compounded semi-annually become ₹926.10?
QUESTION ID:14
Five men working 8 hours per day take 6 days to do a work. How many days will 12 men take to do the same work if they work for 10 hours per day?
QUESTION ID:15
QUESTION ID:16
QUESTION ID:17
In the following figure find the number of triangles and squares ?
QUESTION ID:18
QUESTION ID:19
QUESTION ID:20
Which of the following represents the relationship among factory, machinery and product:
QUESTION ID:21
QUESTION ID:22
QUESTION ID:23
Match List I with List II
| LIST I Folk Dance | LIST II State |
| A. Chhau dance | I. Maharashtra |
| B. Lavani | II. Bihar |
| C. Kuchipudi | III. Andhra Pradesh |
| D. Bidesiya | IV. Jharkhand |
Choose the correct answer from the options given below:
QUESTION ID:24
QUESTION ID:25
QUESTION ID:26
QUESTION ID:27
QUESTION ID:28
QUESTION ID:29
QUESTION ID:30
Match List I with List II
| LIST I | LIST II |
| A. Red rust disease of tea leaves | I. Vaucheria |
| B. Chlorellin | II. Cephaleuros |
| C. Gongrosira stage | III. Chlorella |
| D. Sea palm | IV. Portelsia |
Choose the correct answer from the options given below:
QUESTION ID:31
Match List I with List II
| LIST I (Structure) | LIST II (Name of organism) |
| A. Heterocyst | I. Cladophora |
| B. Cap cells | II. Diatoms |
| C. Frustule | III. Blue green algae |
| D. Aegagropilous forms | IV. Oedogonium |
Choose the correct answer from the options given below:
QUESTION ID:32
QUESTION ID:33
QUESTION ID:34
QUESTION ID:35
Match List I with List II
| LIST IBotanical Name | LIST IIEnglish Name |
| A. Cucumis sativa | I. Pumpkin |
| B. Cucumis melo | II. Melon |
| C. Curcurbita pepo | III. Cucumber |
| D. Citrullus lanatus | IV. Water melon |
Choose the correct answer from the options given below:
QUESTION ID:36
QUESTION ID:37
QUESTION ID:38
QUESTION ID:39
QUESTION ID:40
QUESTION ID:41
Match List I with List II
| LIST I (Name) | LIST II (Organism) |
| A. Black wart disease of potato | I. Synchytrium endobioticum |
| B. Black Mould | II. Achyla bisexualis |
| C. Water Mould | III. Aspergillus niger |
| D. Blue or Green Mold | IV. Penicillium chrysogenum |
Choose the correct answer from the options given below:
QUESTION ID:42
QUESTION ID:43
QUESTION ID:44
QUESTION ID:45
QUESTION ID:46
QUESTION ID:47
Match List I with List II
| LIST I | LIST II |
| A. Anthoceros | I. Hornworts |
| B. Sphagnum | II. Maiden hair fern |
| C. Adiantum | III. Royal fern |
| D. Osmunda | IV. Peat moss |
Choose the correct answer from the options given below:
QUESTION ID:48
Match List I with List II
| LIST I | LIST II |
| A. Lutoids | I. Sieve elements |
| B. Nacre' wall | II. Idioblast |
| C. Cystolith | III. Cork cambium |
| D. Phelloid cell | IV. Laticifers |
Choose the correct answer from the options given below:
QUESTION ID:49
Match List I with List II
| LIST I | LIST II |
| A. WUSCHEL gene | I. Stomata |
| B. TOO MANY MOUTHS gene | II. Vascular bundles |
| C. GLABROUS gene | III. Shoot Apical Meristem |
| D. Wilted gene | IV. Trichome |
Choose the correct answer from the options given below:
QUESTION ID:50
QUESTION ID:51
QUESTION ID:52
Match List I with List II
| LIST I | LIST II |
| A. Osmunda | I. Amphivasal vascular bundles |
| B. Cucurbita | II. Collateral vascular bundles |
| C. Acorus | III. Bicollateral vascular bundles |
| D. Cassia | IV. Amphicribral bundles |
Choose the correct answer from the options given below:
QUESTION ID:53
QUESTION ID:54
QUESTION ID:55
QUESTION ID:56
Match List I with List II
| LIST I | LIST II |
| A. Vigna unguiculata | I. Black gram |
| B. Phaseolus mungo | II. Bengal gram |
| C. Cicer arietinum | III. Cow peas |
| D. Phaseolus aureus | IV. Green gram |
Choose the correct answer from the options given below:
QUESTION ID:57
QUESTION ID:58
QUESTION ID:59
QUESTION ID:60
QUESTION ID:61
QUESTION ID:62
Match List I with List II
| LIST I | LIST II |
| A. Recombination in Bacteria | I. Transcription factor |
| B. Clover leaf model | II. snRNA |
| C. Spliceosome | III. Rec A protein |
| D. Zinc-finger | IV. t-RNA |
Choose the correct answer from the options given below:
QUESTION ID:63
QUESTION ID:64
Match List I with List II
| LIST I (Common Name) | LIST II (Edible Portion) |
| A. Papaya | I. Pericarp |
| B. Sapodilla | II. Mesocarp |
| C. Banana | III. Pericarp, Placenta |
| D. Guava | IV. Mesocarp, endocarp |
Choose the correct answer from the options given below:
QUESTION ID:65
QUESTION ID:66
QUESTION ID:67
QUESTION ID:68
QUESTION ID:69
QUESTION ID:70
QUESTION ID:71
QUESTION ID:72
Match List I with List II
| LIST I | LIST II |
| A. Gloger rule | I. Tail, snout, ear and legs of mammals |
| B. Bergman rule | II. Bird wings |
| C. Allen rule | III. Size of animal and body parts |
| D. Rensch rule | IV. Effect on coloration |
Choose the correct answer from the options given below:
QUESTION ID:73
Match List I with List II (DROP)
| LIST I | LIST II |
| A. APG classification | I. Charles Bessey |
| B. Strobiloid theory | II. G. Benthem and Sir J.D. Hooker |
| C. Die Naturlichen Pflanzen familien | III. Kare Bremer and Birgitta Bremer |
| D. Genera Plantarum | IV. Adolf Engler and K.A. Prantl |
Choose the correct answer from the options given below:
QUESTION ID:74
QUESTION ID:75
QUESTION ID:76
QUESTION ID:77
Match List I with List II
| LIST I | LIST II |
A. Hedyserum cornutum L. 1763 (==) Hedyserum spinosum L. 1759 | I. Tautonym |
| B. Acacia nilotica ssp nilotica | II. Nothospecies |
| C. Malus malus | III. Nomenclatural synonym |
| D. Salix aurita X Salix caprea | IV. Autonym |
Choose the correct answer from the options given below:
QUESTION ID:78
QUESTION ID:79
QUESTION ID:80
QUESTION ID:81
QUESTION ID:82
Match List I with List II
| LIST I (Apomixis Type) | LIST II (Feature) |
| A. Ixeris | I. Precocious desynapsis |
| B. Allium | II. MMC bypasses meiosis |
| C. Taraxacum | III. Asyndetic meiotic prophase |
| D. Antennaria | IV. Premeiotic chromosome doubling |
Choose the correct answer from the options given below:
QUESTION ID:83
QUESTION ID:84
QUESTION ID:85
QUESTION ID:86
QUESTION ID:87
QUESTION ID:88
QUESTION ID:89
QUESTION ID:90
QUESTION ID:91
QUESTION ID:92
Match List I with List II
| LIST I (Metabolic Cycles) | LIST II (Organellae(s) involved) |
| A. Glyoxylate Cycle | I. Chloroplast |
| B. Citric acid cycle | II. Glyoxysome |
| C. Calvin Cycle | III. Mitochondria, Chloroplast, Peroxisome |
| D. C2 oxidative Photosynthesis cycle | IV. Mitochondria |
Choose the correct answer from the options given below:
QUESTION ID:93
QUESTION ID:94
QUESTION ID:95
QUESTION ID:96
Match List I with List II
| LIST I | LIST II |
| A. pBR322 | I. EC Cockings |
| B. MS medium | II. Kary Mullis |
| C. PCR reaction | III. Bolivar and Rodriguez |
| D. Protoplast culture | IV. Murashige and Skoog |
Choose the correct answer from the options given below:
QUESTION ID:97
QUESTION ID:98
Match List I with List II
Choose the correct answer from the options given below:
QUESTION ID:99
Match List I with List II
| LIST I | LIST II |
| A. Labyrinth seeds | I. Ecbakium elaterium |
| B. Anenochory | II. Antennaria alpina |
| C. Autochory | III. Kingiodendron |
| D. Diplospory | IV. Oroxylum indicum |
Choose the correct answer from the options given below:
QUESTION ID:100
TLS Online